mhurhangee/patent-ind-claim-en huggingface dataset:
A mass spectrometer, comprising: an ion source of the type being configured to continuously generate ions from a sample being supplied thereto, a trapped ion mobility separator (TIMS) being configured to receive the generated ions in accumulated volumes thereof, and further being configured to output these accumulated volumes in pulses of ion species that have been separated in time by their ion mobility, a first mass filter (Q1) being configured to receive the ion species and select precursor ions therefrom to be fragmented, a fragmentation cell (Q2) being configured to receive and fragment the selected precursor ions, a second mass filter (Q3) being configured to receive and select fragment ions resulting from the precursor ions by the fragmentation, and an ion detector being configured to receive and measure an ionic output from the second mass filter (Q3), characterized in that the trapped ion mobility separator (TIMS) is configured to use parallel ion accumulation (PATIMS), wherein ions are accumulated in an accumulation unit separated by their ion mobility while scanning the ions according to their ion mobility in a subsequent scanning unit , and the ions are transferred, after each scan, from the accumulation unit to the scanning unit . an ion source of the type being configured to continuously generate ions from a sample being supplied thereto, a trapped ion mobility separator (TIMS) being configured to receive the generated ions in accumulated volumes thereof, and further being configured to output these accumulated volumes in pulses of ion species that have been separated in time by their ion mobility, a first mass filter (Q1) being configured to receive the ion species and select precursor ions therefrom to be fragmented, a fragmentation cell (Q2) being configured to receive and fragment the selected precursor ions, a second mass filter (Q3) being configured to receive and select fragment ions resulting from the precursor ions by the fragmentation, and an ion detector being configured to receive and measure an ionic output from the second mass filter (Q3),
Large household appliance in the form of a refrigeration appliance, comprising a carcass and a closure element fastened thereto with at least one hinge , the large household appliance further comprising a support element coupled to the hinge , wherein the support element which is separate with respect to the hinge has a connecting segment for coupling to the hinge and the connecting segment has one, two or more pins , which engage in receptacles of the hinge or the connecting segment has one, two or more receptacles, which are flush with receptacles of the hinge , in order to enable a screw connection between the support element and the hinge , wherein the support element has at least one coupling segment , by means of which the support element is coupled to the carcass , in particular in a form-fit and/or force-fit manner, and wherein the at least one coupling segment has a bearing surface in contact with a front surface of the carcass , characterised in that a screw opening is provided within the bearing surface in contact with the front surface of the carcass in order to embody a screw connection between the support element and the carcass .
A method for realising a thermal/photovoltaic solar panel comprising the steps of: - realising a stratified assembly comprising: a heat exchanger for heating a heat transfer fluid, a layer of photovoltaic cells and at least a first layer of adhesive interposed between the exchanger and the layer of photovoltaic cells; the exchanger comprising two opposite surfaces and also a lateral side that extends in thickness and connects the two opposite surfaces ; - hot compressing said assembly ; the step of hot compressing the assembly compresses layers of said stratified assembly against one another; the step of realising said stratified assembly occurs before the assembly is hot compressed; the step of hot compressing said assembly comprises/determines the step of making the first layer of adhesive melt which is distributed into gaps placed between the heat exchanger and the layer of photovoltaic cells; the heat exchanger during hot compression is devoid of a connector for the fluid inlet pipe after the step of hot compressing the assembly , the method comprises the step of applying to said exchanger a connector for a fluid inlet pipe; characterised in that the connector is applied to one of the two surfaces after the step of hot compressing the assembly , but before the step of applying the connector for the inlet pipe, the method comprises the step of making a hole on the exchanger , said connector for the inlet pipe being connected to the hole. Mule, - realising a stratified assembly comprising: a heat exchanger for heating a heat transfer fluid, a layer of photovoltaic cells and at least a first layer of adhesive interposed between the exchanger and the layer of photovoltaic cells; the exchanger comprising two opposite surfaces and also a lateral side that extends in thickness and connects the two opposite surfaces ; - hot compressing said assembly ; the step of hot compressing the assembly compresses layers of said stratified assembly against one another; the step of realising said stratified assembly occurs before the assembly is hot compressed; the step of hot compressing said assembly comprises/determines the step of making the first layer of adhesive melt which is distributed into gaps placed between the heat exchanger and the layer of photovoltaic cells; the heat exchanger during hot compression is devoid of a connector for the fluid inlet pipe after the step of hot compressing the assembly , the method comprises the step of applying to said exchanger a connector for a fluid inlet pipe;
A method of making a deflavored egg protein isolate, the method comprising: providing liquid egg; deashing the liquid egg; concentrating the liquid egg; and desugaring the liquid egg. providing liquid egg; deashing the liquid egg; concentrating the liquid egg; and desugaring the liquid egg.
Butyribacter intestini for use in preventing and/or treating inflammatory bowel disease, wherein the Butyribacter intestini is Butyribacter intestini TF01-11 with a deposit number of CGMCC 10984, and the inflammatory bowel disease is selected from ulcerative colitis, general enteritis or a combination thereof.
A tool holding device comprising: a first shaft having one end at which a first tool holding part is disposed; a second shaft having one end at which a second tool holding part is disposed; a first bearing holding the first shaft rotatably; a second bearing disposed between the first tool holding part and the first bearing , the second bearing holding the first shaft rotatably; a third bearing holding the second shaft rotatably; a fourth bearing disposed between the second tool holding part and the third bearing , the fourth bearing holding the second shaft rotatably; and a casing housing the first shaft , the second shaft , the second bearing and the fourth bearing ; characterized in that the tool holding device further comprises: a first projection projecting from the casing and housing the first bearing ; and a second projection projecting from the casing and housing the third bearing . a first shaft having one end at which a first tool holding part is disposed; a second shaft having one end at which a second tool holding part is disposed; a first bearing holding the first shaft rotatably; a second bearing disposed between the first tool holding part and the first bearing , the second bearing holding the first shaft rotatably; a third bearing holding the second shaft rotatably; a fourth bearing disposed between the second tool holding part and the third bearing , the fourth bearing holding the second shaft rotatably; and a casing housing the first shaft , the second shaft , the second bearing and the fourth bearing ; characterized in that the tool holding device further comprises: a first projection projecting from the casing and housing the first bearing ; and a second projection projecting from the casing and housing the third bearing . a first projection projecting from the casing and housing the first bearing ; and a second projection projecting from the casing and housing the third bearing .
A micronization device comprising: - a cylindrical grinding chamber without moving parts, - means for supplying a ground material into the grinding chamber at a supersonic speed, and - means for supplying the carrier medium into the grinding chamber at a supersonic speed, characterized in that said means for supplying the carrier medium into the grinding chamber are arranged so that the carrier medium supplied through said means creates at least two artificial cyclones in the grinding chamber , the at least two artificial cyclones rotating at supersonic speeds and in opposite directions with a common axis of rotation, the common axis of rotation being identical with the central axis of the grinding chamber . - a cylindrical grinding chamber without moving parts, - means for supplying a ground material into the grinding chamber at a supersonic speed, and - means for supplying the carrier medium into the grinding chamber at a supersonic speed, characterized in that said means for supplying the carrier medium into the grinding chamber are arranged so that the carrier medium supplied through said means creates at least two artificial cyclones in the grinding chamber , the at least two artificial cyclones rotating at supersonic speeds and in opposite directions with a common axis of rotation, the common axis of rotation being identical with the central axis of the grinding chamber .
A vortex generating device, said device comprising a body , the body comprising a leading edge and a trailing edge , a streamwise direction (l) being defined from the leading edge to the trailing edge, the body further having a spanwise direction (s), the body, in profile cross sections taken across the spanwise direction, exhibiting an airfoil-shaped geometry, each airfoil-shaped profile cross section having a camber line extending from the leading edge to the trailing edge, at least two of the camber lines exhibiting different camber angles, such that the body exhibits at least two different flow deflection angles along the spanwise direction, the body further comprising a first surface extending between the leading edge and the trailing edge and comprising the airfoil-shaped profile lines on a first side of the respective camber lines and a second surface extending between the leading edge and the trailing edge and comprising the airfoil-shaped profiles on an opposite second side of the respective camber lines, and the first and second surface joining each other at the leading edge and at the trailing edge , the body in a trailing edge region exhibiting a corrugated shape wherein the first surface exhibits a flute extending upstream from the trailing edge and the second surface exhibits a ridge extending upstream from the trailing edge opposite said flute , and the trailing edge, when seen from a viewpoint downstream the body, exhibits an undulating shape, characterized in that the trailing edge when seen from said downstream viewpoint comprises at least two adjacent trailing edge sections (121, 122, ..., 133) which abut each other at a corner and include an angle (a, b, c, d) with each other.
A building brick, wherein the brick includes a rectangular parallelepiped shape having a length (L), a width (M) and a height (H), and wherein the building brick is capable of being detachably joined to at least one other building brick from a male-female joining relationship, and wherein the building brick comprises: at least one cylindrical hollow protrusion, projected from a first face of the building brick, thus defining at least one male element , wherein a respective location of each of the at least one male elements varies according to the length of the building brick; and at least one cylindrical recess, on an opposite face of the first face of the building brick, thus defining at least one female element , wherein a respective location of each of the at least one female elements on the opposite face of the building brick corresponds to the location of a corresponding male element , wherein a number of female elements defined in the building brick equals a number of male elements defined in such building brick, wherein the building brick is made of a soft compressive elastic material, wherein the male-female relationship is not perfect characterized in that a diameter (Q) of the at least one female element is at least one millimeter (mm) smaller than a diameter (D) of each corresponding male element , and in that the building brick further comprises at least one relief bore around a length of at least one of the at least one female elements , wherein the at least one relief bore is configured to relieve the pressure exerted around a length of the male element when inserted into the at least one female element . at least one cylindrical hollow protrusion, projected from a first face of the building brick, thus defining at least one male element , wherein a respective location of each of the at least one male elements varies according to the length of the building brick; and at least one cylindrical recess, on an opposite face of the first face of the building brick, thus defining at least one female element , wherein a respective location of each of the at least one female elements on the opposite face of the building brick corresponds to the location of a corresponding male element , wherein a number of female elements defined in the building brick equals a number of male elements defined in such building brick, wherein the building brick is made of a soft compressive elastic material, wherein the male-female relationship is not perfect characterized in that a diameter (Q) of the at least one female element is at least one millimeter (mm) smaller than a diameter (D) of each corresponding male element , and in that the building brick further comprises at least one relief bore around a length of at least one of the at least one female elements , wherein the at least one relief bore is configured to relieve the pressure exerted around a length of the male element when inserted into the at least one female element .
A method of managing audio headroom, the method comprising: receiving a first input signal (110-B); receiving a second input signal (110-A); combining the first and second input signals to provide a combined signal ; comparing the combined signal to a threshold value; providing the combined signal as an output signal if the combined signal is less than the threshold value; providing an adjusted signal as the output signal if the combined signal is greater than the threshold value, the adjusted signal being based on the combined signal and adjusted by means of a limiter to ensure it does not exceed a certain voltage; and adjusting a gain applied to the first input signal based upon the combined signal being greater than the threshold value, while not adjusting a gain applied to the second input signal. receiving a first input signal (110-B); receiving a second input signal (110-A); combining the first and second input signals to provide a combined signal ; comparing the combined signal to a threshold value; providing the combined signal as an output signal if the combined signal is less than the threshold value; providing an adjusted signal as the output signal if the combined signal is greater than the threshold value, the adjusted signal being based on the combined signal and adjusted by means of a limiter to ensure it does not exceed a certain voltage; and adjusting a gain applied to the first input signal based upon the combined signal being greater than the threshold value, while not adjusting a gain applied to the second input signal.
An open and close device comprising: an open and close portion to open or shut; a biasing mechanism to bias the open and close portion in an opening direction; and a holder to hold the open and close portion shut, the open and close device being characterised by the biasing mechanism including a first spring whose biasing force is invariable regardless of a stroke of the first spring , and a second spring whose biasing force is variable due to a stroke of the second spring . an open and close portion to open or shut; a biasing mechanism to bias the open and close portion in an opening direction; and a holder to hold the open and close portion shut, the open and close device being characterised by the biasing mechanism including a first spring whose biasing force is invariable regardless of a stroke of the first spring , and a second spring whose biasing force is variable due to a stroke of the second spring .
An introducer sheath for use during a percutaneous biopsy procedure, the introducer sheath comprising: a first elongate member , comprising a first elongate member hub disposed adjacent a proximal end thereof; a lumen that extends through the first elongate member and the first elongate member hub, the lumen configured to accommodate a portion of a second elongate member comprising a second elongate member hub disposed adjacent a proximal end thereof; and a valve configured to allow traversal of the valve by a portion of the second elongate member ; wherein the valve impedes fluid communication from the lumen across the valve , characterized in that , the valve is disposed adjacent to the lumen at the most proximal end of the introducer sheath, and wherein a portion of the lumen distal of the valve is configured to frictionally engage a protrusion that is disposed within the second elongate member hub . a first elongate member , comprising a first elongate member hub disposed adjacent a proximal end thereof; a lumen that extends through the first elongate member and the first elongate member hub, the lumen configured to accommodate a portion of a second elongate member comprising a second elongate member hub disposed adjacent a proximal end thereof; and a valve configured to allow traversal of the valve by a portion of the second elongate member ; wherein the valve impedes fluid communication from the lumen across the valve , characterized in that , the valve is disposed adjacent to the lumen at the most proximal end of the introducer sheath, and wherein a portion of the lumen distal of the valve is configured to frictionally engage a protrusion that is disposed within the second elongate member hub .
A brake disc arrangement comprising a brake disc , a hub and at least one connection means , wherein the brake disc arrangement is adapted to rotate about an axis of rotation (A) in the circumferential direction (U), wherein the brake disc has a contact surface and a mounting surface , wherein the hub has a connection surface and a connection opening , wherein a mounting opening extends from the mounting surface , wherein the contact surface is adapted to indirectly/directly contact the connection surface of the hub , wherein the connection means is adapted to extend at least partially in the mounting opening and the connection opening , characterized in that the mounting surface is free of hub contact. wherein the brake disc arrangement is adapted to rotate about an axis of rotation (A) in the circumferential direction (U), wherein the brake disc has a contact surface and a mounting surface , wherein the hub has a connection surface and a connection opening , wherein a mounting opening extends from the mounting surface , wherein the contact surface is adapted to indirectly/directly contact the connection surface of the hub , wherein the connection means is adapted to extend at least partially in the mounting opening and the connection opening , characterized in that the mounting surface is free of hub contact.
Method for synchronizing clocks in nodes of a vehicle network of a motor vehicle, in which the nodes communicate with one another by means of a communications protocol which is not synchronized, in which a master node having a master clock sends out synchronization messages, which are evaluated in a slave node having a slave clock , wherein the timing signal of the slave clock is adapted to the timing signal of the master clock , and in which the transmission delay for a message between the master node and the slave node is taken into account in correcting a time difference between the master clock and the slave clock , characterized in that at least for the first synchronization of the slave clock to the master clock after the nodes of the vehicle network are started up, a default transmission delay is used in the slave node to correct the time difference between the master node and the slave node.
Method for actuating a plurality of electromagnetic linear actuators, in the magnet coils of which a magnetic field is generated in each case, wherein the magnetic field necessary to attract an armature is larger than that to hold the armature, by virtue of the magnet coils (11, 12, 13, 14, 15; 21, 22, 23, 24, 25; 31, 32, 33, 34, 35) of the electromagnetic linear actuators to be actuated being connected to an attraction voltage source , which delivers a current needed to attract the armatures, via multiplex switches (41, 42, 43, 44, 45; 46; 51, 52, 53, 54, 55; 56; 61, 62, 63, 64, 65; 66) that are time-controlled by a control circuit once for the period of the process for attracting the armatures and being connected to a holding voltage source , which delivers current needed to hold the armatures, for the holding period for the armatures when the armature has been attracted, characterized in that, if the number of linear actuators to be transferred into and held in the holding state is larger than that to be simultaneously actuated with the available energy, out of the total amount of linear actuators to be actuated, only relatively small groups are simultaneously supplied with the energy needed to attract the armatures for a period of time until the attraction process is complete, and then, after the attracting, in the subsequent holding state, are only supplied with the energy that is necessary for holding purposes but is lower in comparison to that for attracting purposes and in that , as soon as the holding state is achieved, a further group is in turn simultaneously supplied with the energy needed for attracting purposes for the period of time until the attraction process is complete, and in the subsequent holding state is likewise supplied with the energy that is necessary for holding purposes but is lower in comparison to that for attracting purposes, and this procedure is repeated until all of the total amount of linear actuators to be actuated have entered into the attracted state.
A database-as-a-service system , comprising: an auto-scaling module configured to: automatically compute container sizes of containers in database servers for subsequent billing intervals based on telemetry from the database servers, wherein the telemetry comprises, for each request for a resource in a container, a time spent waiting for each resource as a percentage of total waits for all resources in the container for an interval of time; and automatically scale the container sizes of the containers for a billing interval on behalf of a tenant based on the telemetry; and at least one hardware processor configured to execute computer-executable instructions in a memory, the instructions executed to enable the auto-scaling module. automatically compute container sizes of containers in database servers for subsequent billing intervals based on telemetry from the database servers, wherein the telemetry comprises, for each request for a resource in a container, a time spent waiting for each resource as a percentage of total waits for all resources in the container for an interval of time; and automatically scale the container sizes of the containers for a billing interval on behalf of a tenant based on the telemetry; and at least one hardware processor configured to execute computer-executable instructions in a memory, the instructions executed to enable the auto-scaling module.