mhurhangee/patent-ind-claim-en huggingface dataset:
A storage apparatus (10; 10a; 10b) comprising: a biological sensor configured to detect biological information on a user; an image acquisition unit configured to acquire, from an image capturing unit , an image that is captured around the user; an image processing unit configured to separate the image around the user into a line-of-sight direction image related to an image in a line-of-sight direction of the user and a peripheral image related to an image other than the line-of-sight direction image; an encryption unit (48; 48a; 48b) configured to generate an encryption key for encrypting the line-of-sight direction image based on the biological information on the user, and to encrypt the line-of-sight direction image by using the encryption key; and a storage control unit configured to store the line-of-sight direction image that is encrypted by the encryption unit in a storage unit (24; 24a). a biological sensor configured to detect biological information on a user; an image acquisition unit configured to acquire, from an image capturing unit , an image that is captured around the user; an image processing unit configured to separate the image around the user into a line-of-sight direction image related to an image in a line-of-sight direction of the user and a peripheral image related to an image other than the line-of-sight direction image; an encryption unit (48; 48a; 48b) configured to generate an encryption key for encrypting the line-of-sight direction image based on the biological information on the user, and to encrypt the line-of-sight direction image by using the encryption key; and a storage control unit configured to store the line-of-sight direction image that is encrypted by the encryption unit in a storage unit (24; 24a).
A pharmaceutical composition in the form of a bilayer tablet comprising of a first part containing simethicone absorbed on colloidal silicon dioxide and a second part containing otilonium or pharmaceutically acceptable salts thereof, wherein the simethicone is absorbed on colloidal silicone dioxide and wherein the composition does not contain any basic agent.
Device for processing a cover for a motor vehicle , comprising: - a lower mould having a sealing element and a first recess, and a second recess at a distance from the first recess, wherein the sealing element is arranged in part in the first recess of the lower mould and extends with respect to a surface of the lower mould , and wherein the sealing element and the second recess of the lower mould are formed so as to define a cavity in a predefined manner in cooperation with a lower face of the cover , and - a counter-bearing which is designed, when forming the cavity on the lower face of the cover , to exert a counter-force on an upper face of the cover in the direction of the lower mould , such that, by means of the lower mould and the counter-bearing , foam can be formed on the lower face of the cover at a distance from an edge of the cover so that the edge of the cover remains free of foam encapsulation, characterized in that the sealing element is designed as a shadow joint seal, which extends out of the first recess of the lower mould and kinks or bends off in a predefined manner when the cover is in contact with it. - a lower mould having a sealing element and a first recess, and a second recess at a distance from the first recess, wherein the sealing element is arranged in part in the first recess of the lower mould and extends with respect to a surface of the lower mould , and wherein the sealing element and the second recess of the lower mould are formed so as to define a cavity in a predefined manner in cooperation with a lower face of the cover , and - a counter-bearing which is designed, when forming the cavity on the lower face of the cover , to exert a counter-force on an upper face of the cover in the direction of the lower mould , such that, by means of the lower mould and the counter-bearing , foam can be formed on the lower face of the cover at a distance from an edge of the cover so that the edge of the cover remains free of foam encapsulation, characterized in that the sealing element is designed as a shadow joint seal, which extends out of the first recess of the lower mould and kinks or bends off in a predefined manner when the cover is in contact with it.
A radar level gauge for determining a distance (D) to a surface of a product in a tank , said radar level gauge comprising: a transceiver configured to transmit an electromagnetic transmit signal (S T ) with varying frequency towards said surface and to receive an electromagnetic return signal (S R ), via a signal propagation device ; a mixer adapted to mix the transmitted electromagnetic transmit signal with the received electromagnetic return signal to provide a mixer output signal including information about the surface's echo and information about another echo ; characterized in that the radar level gauge further comprises processing circuitry configured to apply an algorithm to the mixer output signal, which algorithm provides a distance-level rate matrix wherein the surface's echo and said another echo each is determined in the two dimensions distance and level rate, and to determine the distance to the surface based on the thus determined echo of the surface. a transceiver configured to transmit an electromagnetic transmit signal (S T ) with varying frequency towards said surface and to receive an electromagnetic return signal (S R ), via a signal propagation device ; a mixer adapted to mix the transmitted electromagnetic transmit signal with the received electromagnetic return signal to provide a mixer output signal including information about the surface's echo and information about another echo ; characterized in that the radar level gauge further comprises processing circuitry configured to apply an algorithm to the mixer output signal, which algorithm provides a distance-level rate matrix wherein the surface's echo and said another echo each is determined in the two dimensions distance and level rate, and to determine the distance to the surface based on the thus determined echo of the surface.
An apparatus for cutting off and joining a sheet element to a container , the apparatus comprising: - an operating unit comprising a cutting device and a joining device , wherein the cutting device comprises a cutting edge which surrounds the joining device ; wherein - the operating unit and the container are movable with respect to one another along a movement axis (Z) between a spaced condition, in which a sheet material is interposed therebetween and is spaced therefrom, and a joined condition, in which the joining device is configured to join the sheet material to the container (3; 3'); wherein the apparatus additionally comprises: - a retaining device , configured to retain the sheet material during the joining and the cut; and wherein the apparatus is characterised in that in the joined condition - the cutting device is configured to remain fixed relative to the joining device , and - the retaining device is configured to move along the axis (Z) from a tensioning position to a cutting position, the sheet element being cut on the cutting edge from the sheet material during the movement of the retaining device from the tensioning position to the cutting position. - an operating unit comprising a cutting device and a joining device , wherein the cutting device comprises a cutting edge which surrounds the joining device ; wherein - the operating unit and the container are movable with respect to one another along a movement axis (Z) between a spaced condition, in which a sheet material is interposed therebetween and is spaced therefrom, and a joined condition, in which the joining device is configured to join the sheet material to the container (3; 3'); wherein the apparatus additionally comprises: - a retaining device , configured to retain the sheet material during the joining and the cut; and wherein the apparatus is characterised in that in the joined condition - the cutting device is configured to remain fixed relative to the joining device , and - the retaining device is configured to move along the axis (Z) from a tensioning position to a cutting position, the sheet element being cut on the cutting edge from the sheet material during the movement of the retaining device from the tensioning position to the cutting position.
A product management display system comprising: a tray defining a surface ; an adaptor positionable on the surface of the tray , wherein the adaptor includes at least one rib extending across the adaptor ; a pusher mechanism mountable on the adaptor , the pusher mechanism including a pusher surface and a pusher floor , wherein the pusher floor slides across the adaptor ; a coiled spring attachable to a front portion of the tray and operatively connected behind the pusher surface ; and at least one divider mountable to the tray for dividing displayed products into rows; characterised by the pusher floor extending forwardly from the pusher surface , the coiled spring extendable across the pusher floor ; and the pusher floor defining a channel , the channel configured to seat the coiled spring . a tray defining a surface ; an adaptor positionable on the surface of the tray , wherein the adaptor includes at least one rib extending across the adaptor ; a pusher mechanism mountable on the adaptor , the pusher mechanism including a pusher surface and a pusher floor , wherein the pusher floor slides across the adaptor ; a coiled spring attachable to a front portion of the tray and operatively connected behind the pusher surface ; and at least one divider mountable to the tray for dividing displayed products into rows; characterised by the pusher floor extending forwardly from the pusher surface , the coiled spring extendable across the pusher floor ; and the pusher floor defining a channel , the channel configured to seat the coiled spring .
Device for transporting containers , with a transport element and with several container grippers , provided at the transport element for gripping and holding the containers , wherein each container gripper comprises at least two pivotable gripping arms , which are pretensioned by at least one spring element into a closing position, as well as at least one control element or blocking element , which forms at least one control surface with at least two sections (15.1, 15.2), supported on which are the spring elements taking effect on the gripper arms , and which can be moved between at least one first position, corresponding to a releasing state of the container gripper , in which the respective spring element is supported on a first section (15.1) of the control surface, and a second position corresponding to a blocking state of the container gripper , in which the respective spring element , additionally tensioned, is supported on a second section (15.2) of the control surface, wherein the respective control element or blocking element can be moved axially in a blocking element axis (AS) between the first and second position, and that the sections (15.1, 15.2) are provided following one another in the blocking element axis (AS).
A system for measuring a parameter of a device comprising: a sensor for measuring the device parameter and generating a data signal representing the measured parameter; a memory in a microprocessor for storing the generated data signal representing the measured parameter; the microprocessor coupled to the senor for activating the sensor on a first periodic basis to measure the device parameter, the microprocessor being adapted to compare the measured parameter with one or more parameter thresholds and generating an alarm signal if the measured parameter is outside of the one or more parameter thresholds; and a transmitter coupled to the microprocessor for transmitting the alarm signal on a second periodic basis to a remote reader/transceiver, RT, without external activation, wherein the microprocessor partially awakens, takes, on the first periodic basis, sensor measurements, stores the sensor measurements, checks for alarm conditions, and returns to a deep sleep mode, all without any external activation. a sensor for measuring the device parameter and generating a data signal representing the measured parameter; a memory in a microprocessor for storing the generated data signal representing the measured parameter; the microprocessor coupled to the senor for activating the sensor on a first periodic basis to measure the device parameter, the microprocessor being adapted to compare the measured parameter with one or more parameter thresholds and generating an alarm signal if the measured parameter is outside of the one or more parameter thresholds; and a transmitter coupled to the microprocessor for transmitting the alarm signal on a second periodic basis to a remote reader/transceiver, RT, without external activation, wherein the microprocessor partially awakens, takes, on the first periodic basis, sensor measurements, stores the sensor measurements, checks for alarm conditions, and returns to a deep sleep mode, all without any external activation.
A method for performing, by a first device, wireless communication, the method comprising: determining (S1510) at least one first SL positioning reference signal, PRS, candidate resource for transmitting a first SL PRS; receiving (S1520), from a second device, first control information related to SL PRS through a first control channel related to SL PRS; obtaining (S1530) a reference signal received power, RSRP, value of the first control channel; obtaining (S1540) information related to at least one first SL PRS resource to be used by the second device, based on the first control information; excluding (S 1550) at least one second SL PRS resource from the at least one first SL PRS candidate resource, based on i) the RSRP value of the first control channel being greater than or equal to a first threshold and ii) a number of the at least one second SL PRS resource being greater than or equal to a second threshold, wherein the at least one second SL PRS resource is at least one resource that overlaps between the at least one first SL PRS candidate resource and the at least one first SL PRS resource; and transmitting (S1560) the first SL PRS based on the at least one first SL PRS candidate resource, in which the at least one second SL PRS resource is excluded. determining (S1510) at least one first SL positioning reference signal, PRS, candidate resource for transmitting a first SL PRS; receiving (S1520), from a second device, first control information related to SL PRS through a first control channel related to SL PRS; obtaining (S1530) a reference signal received power, RSRP, value of the first control channel; obtaining (S1540) information related to at least one first SL PRS resource to be used by the second device, based on the first control information; excluding (S 1550) at least one second SL PRS resource from the at least one first SL PRS candidate resource, based on i) the RSRP value of the first control channel being greater than or equal to a first threshold and ii) a number of the at least one second SL PRS resource being greater than or equal to a second threshold, wherein the at least one second SL PRS resource is at least one resource that overlaps between the at least one first SL PRS candidate resource and the at least one first SL PRS resource; and transmitting (S1560) the first SL PRS based on the at least one first SL PRS candidate resource, in which the at least one second SL PRS resource is excluded.
Process for the production of a homogenous mixture of two or more keto acids wherein - in a first step, two or more free keto acids are mixed, and - in a second step, the mixed keto acids are co-crystallized with one or more alkaline earth metal salts. - in a first step, two or more free keto acids are mixed, and - in a second step, the mixed keto acids are co-crystallized with one or more alkaline earth metal salts.
A surgical system, comprising a bone fastener having a shaft attachable with tissue and a head, a surgical instrument comprising: a member connectable with the head of the bone fastener , the member being movable with the head to identify a range of movement of the head relative to the shaft; and an image guide connected with the member , including an emitter array and oriented relative to a sensor array to communicate a signal representative of the range of movement, and a surgical navigation system including the sensor array and a display, wherein the signal generated by the emitter array represents data points of bony impingement of the head with tissue that limits the range of movement of the head relative to the shaft and/or tissue, wherein the sensor array of the navigation system receives the signal and the navigation system is configured to provide a visual representation of the range of movement in the form of range of movement data points and/or angular position of the head on the display. a bone fastener having a shaft attachable with tissue and a head, a surgical instrument comprising: a member connectable with the head of the bone fastener , the member being movable with the head to identify a range of movement of the head relative to the shaft; and an image guide connected with the member , including an emitter array and oriented relative to a sensor array to communicate a signal representative of the range of movement, and a member connectable with the head of the bone fastener , the member being movable with the head to identify a range of movement of the head relative to the shaft; and an image guide connected with the member , including an emitter array and oriented relative to a sensor array to communicate a signal representative of the range of movement, and a surgical navigation system including the sensor array and a display, wherein the signal generated by the emitter array represents data points of bony impingement of the head with tissue that limits the range of movement of the head relative to the shaft and/or tissue, wherein the sensor array of the navigation system receives the signal and the navigation system is configured to provide a visual representation of the range of movement in the form of range of movement data points and/or angular position of the head on the display.
A method of cleaning an article comprising internal channels , the method comprising: pumping a cleaning fluid through the internal channels initially containing particles, wherein the particles have a different magnetic permeability from the cleaning fluid; passing the cleaning fluid past a sensor generating a magnetic field; and detecting the presence of particles in the fluid by detecting perturbation of the magnetic field, the perturbation being caused by the particles; characterised in that the step of pumping comprises the steps of: attaching the article to a fluid circuit; placing the article on a stage ; pumping cleaning fluid into the article; vibrating the stage and thereby the article; and pumping the fluid out of the article to the sensor; wherein before the step of vibrating, the method further comprises closing valves in the fluid circuit to constrain the fluid to the internal channels of the article during the vibration step. pumping a cleaning fluid through the internal channels initially containing particles, wherein the particles have a different magnetic permeability from the cleaning fluid; passing the cleaning fluid past a sensor generating a magnetic field; and detecting the presence of particles in the fluid by detecting perturbation of the magnetic field, the perturbation being caused by the particles; characterised in that the step of pumping comprises the steps of: attaching the article to a fluid circuit; placing the article on a stage ; pumping cleaning fluid into the article; vibrating the stage and thereby the article; and pumping the fluid out of the article to the sensor; attaching the article to a fluid circuit; placing the article on a stage ; pumping cleaning fluid into the article; vibrating the stage and thereby the article; and pumping the fluid out of the article to the sensor; wherein before the step of vibrating, the method further comprises closing valves in the fluid circuit to constrain the fluid to the internal channels of the article during the vibration step.
An apparatus to measure the cognitive processes of a subject that are important in making split-second decisions in fast-paced, visually dynamic environments, the apparatus comprising: a display to present a plurality of stimuli to the subject, wherein the plurality of stimuli comprises stimuli to measure visual perception of the subject , stimuli to measure memory and learning of the subject and stimuli to measure command and control of the subject; and a processor coupled to the display , the processor comprising instructions to determine a visual perception of the subject, a memory and learning of the subject, and a command and control of the subject and wherein the processor comprises instructions to provide on the display an assessment task configured to measure an ability of the subject to regulate a decision to act or withhold action , based on whether a moving visual target is predicted to intercept or avoid a point in space, the processor comprises instructions to measure a response to a stimulus shown on the display, including the accuracy (%) and decision speed (ms) of the subject. a display to present a plurality of stimuli to the subject, wherein the plurality of stimuli comprises stimuli to measure visual perception of the subject , stimuli to measure memory and learning of the subject and stimuli to measure command and control of the subject; and a processor coupled to the display , the processor comprising instructions to determine a visual perception of the subject, a memory and learning of the subject, and a command and control of the subject and wherein the processor comprises instructions to provide on the display an assessment task configured to measure an ability of the subject to regulate a decision to act or withhold action , based on whether a moving visual target is predicted to intercept or avoid a point in space, the processor comprises instructions to measure a response to a stimulus shown on the display, including the accuracy (%) and decision speed (ms) of the subject.
A heat storage material composition, comprising: a main agent composed of calcium chloride hexahydrate, ammonium bromide, and potassium chloride, wherein when a content of calcium chloride hexahydrate is defined as X mass%, a content of ammonium bromide is defined as Y mass%, and a content of potassium chloride is defined as Z mass% in 100 mass% of the main agent, X, Y, and Z satisfy following equations to : [Equation 1] X + Y + Z = 100 [Equation 2] X + 0.714 Y − 90.857 ≥ 0 [Equation 3] X + Y − 99.000 ≤ 0 [Equation 4] 4 ≤ Y ≤ 10 a main agent composed of calcium chloride hexahydrate, ammonium bromide, and potassium chloride, wherein when a content of calcium chloride hexahydrate is defined as X mass%, a content of ammonium bromide is defined as Y mass%, and a content of potassium chloride is defined as Z mass% in 100 mass% of the main agent, X, Y, and Z satisfy following equations to : [Equation 1] X + Y + Z = 100 [Equation 2] X + 0.714 Y − 90.857 ≥ 0 [Equation 3] X + Y − 99.000 ≤ 0 [Equation 4] 4 ≤ Y ≤ 10