mhurhangee/ep-ind-claims huggingface dataset:
A biological tissue analyzing device configured to analyze a biological tissue using hyperspectral data in which spectral information is associated with each of the pixels forming a two-dimensional image of the biological tissue, the biological tissue analyzing device comprising the following features (i) and (ii), as well as comprising features (iii) and/or (iv): (i) a hyperspectral data acquisition unit configured to acquire the hyperspectral data of the biological tissue from a hyperspectral camera; (ii) an analysis target region extraction unit configured to extract, based on the hyperspectral data, pixels corresponding to an analysis target region in the biological tissue from the two-dimensional image of the biological tissue by image processing; (iii) an altered state classification unit configured to classify an altered state of the biological tissue by categorizing the pixels corresponding to the analysis target region with unsupervised learning; and (iv) an altered state identification unit configured to identify the altered state of the biological tissue by categorizing the pixels corresponding to the analysis target region with supervised learning, wherein the analysis target region extraction unit is configured to label each of the pixels either as pixels corresponding to the analysis target region in the biological tissue or as pixels corresponding to other regions in the biological tissue, based on similarity of the spectral information, and to perform filtering on the pixels labeled as pixels corresponding to the analysis target region, the spectral information of each of the filtered pixels indicating a distribution of light intensity for each wavelength band serving as data for features (iii) and/or (iv). (i) a hyperspectral data acquisition unit configured to acquire the hyperspectral data of the biological tissue from a hyperspectral camera; (ii) an analysis target region extraction unit configured to extract, based on the hyperspectral data, pixels corresponding to an analysis target region in the biological tissue from the two-dimensional image of the biological tissue by image processing; (iii) an altered state classification unit configured to classify an altered state of the biological tissue by categorizing the pixels corresponding to the analysis target region with unsupervised learning; and (iv) an altered state identification unit configured to identify the altered state of the biological tissue by categorizing the pixels corresponding to the analysis target region with supervised learning,
Device for a motor vehicle transmission assembly comprising: - an electric machine comprising a stator, a rotor capable of rotational movement about an axis X and a hub for supporting the rotor; and - a cast reaction plate, of a clutch, coaxial with the said axis X; the said assembly being characterized in that the hub for supporting the rotor is made of sheet metal and comprises an axial skirt for supporting the rotor and an annular radial web bearing the cast reaction plate and in that an axial space is left between the electric machine and the reaction plate. - an electric machine comprising a stator, a rotor capable of rotational movement about an axis X and a hub for supporting the rotor; and - a cast reaction plate, of a clutch, coaxial with the said axis X;
A drinks container comprising: walls, including an outer wall and preferably rigid, defining a plurality of compartments (16, 16a, 16b, 16c, 216a; 216b) configured to house respective components of a drink; and communication paths between the compartments including openable seals (104, 204) for communicating said respective components for mixing; wherein the outer wall has a delivery outlet (22, 222) for dispensing the mixed respective components, the outer wall being preferably configured to be openable to define the delivery outlet; wherein the outer wall includes a base portion (106, 206) movable inwardly of the container from a storage position to an active position and configured to open the openable seals (104, 204) with movement to the active position. walls, including an outer wall and preferably rigid, defining a plurality of compartments (16, 16a, 16b, 16c, 216a; 216b) configured to house respective components of a drink; and communication paths between the compartments including openable seals (104, 204) for communicating said respective components for mixing; wherein the outer wall has a delivery outlet (22, 222) for dispensing the mixed respective components, the outer wall being preferably configured to be openable to define the delivery outlet; wherein the outer wall includes a base portion (106, 206) movable inwardly of the container from a storage position to an active position and configured to open the openable seals (104, 204) with movement to the active position.
A method for purifying an antibody using temperature-responsive Protein A, comprising: a binding step of binding the antibody to a stationary phase having the temperature-responsive Protein A; a washing step of washing the stationary phase using a buffer solution having a first salt concentration at a temperature at which the temperature-responsive Protein A and the antibody are bound; and an elution step of eluting the antibody captured by the stationary phase using a buffer solution having a second salt concentration lower than the first salt concentration at a temperature at which the antibody is released from the temperature-responsive Protein A, wherein different buffer solutions are used in the washing step and the elution step. a binding step of binding the antibody to a stationary phase having the temperature-responsive Protein A; a washing step of washing the stationary phase using a buffer solution having a first salt concentration at a temperature at which the temperature-responsive Protein A and the antibody are bound; and an elution step of eluting the antibody captured by the stationary phase using a buffer solution having a second salt concentration lower than the first salt concentration at a temperature at which the antibody is released from the temperature-responsive Protein A, wherein different buffer solutions are used in the washing step and the elution step.
A harvested cell culture fluid, comprising soluble recombinant human PH20 (rHuPH20) with an enzymatic activity that is greater than 5000 and less than or equal to 24,000 units of hyaluronidase activity/mL of cell culture fluid as harvested, wherein: soluble rHuPH20 is a soluble form of human PH20 that is recombinantly expressed in Chinese Hamster Ovary cells; the amino acid sequence of the rHuPH20 encoded by the cells comprises a polypeptide whose sequence is set forth in SEQ ID NO: 4 or variants thereof that have 96% or more sequence identity with SEQ ID NO: 4, wherein sequence identity is determined over the length of the whole sequence; a unit of hyaluronidase activity can be determined by incubating soluble rHuPH20 with sodium hyaluronate (hyaluronic acid) for a set period of time (10 minutes), precipitating the undigested sodium hyaluronate with the addition of acidified serum albumin, measuring the turbidity of the resulting sample at 640 nm after a 30 minute development period, and comparing with a calibration curve generated with dilutions of a soluble rHuPH20 assay working reference standard; and the harvested cell culture fluid is the fluid as separated from cells, cell debris and aggregates. soluble rHuPH20 is a soluble form of human PH20 that is recombinantly expressed in Chinese Hamster Ovary cells; the amino acid sequence of the rHuPH20 encoded by the cells comprises a polypeptide whose sequence is set forth in SEQ ID NO: 4 or variants thereof that have 96% or more sequence identity with SEQ ID NO: 4, wherein sequence identity is determined over the length of the whole sequence; a unit of hyaluronidase activity can be determined by incubating soluble rHuPH20 with sodium hyaluronate (hyaluronic acid) for a set period of time (10 minutes), precipitating the undigested sodium hyaluronate with the addition of acidified serum albumin, measuring the turbidity of the resulting sample at 640 nm after a 30 minute development period, and comparing with a calibration curve generated with dilutions of a soluble rHuPH20 assay working reference standard; and the harvested cell culture fluid is the fluid as separated from cells, cell debris and aggregates.
An apparatus for manufacturing a vitreous silica crucible, comprising a mold defining an outer shape of a vitreous silica crucible, and an arc discharge unit having electrodes and a power-supply unit, wherein each of the electrodes includes a tip end directed to the mold and the other end opposite to the tip end, characterized in that each of the electrodes has a bent portion provided between the tip end and the other end and the tip ends of the electrodes have an apex toward the mold.
A washing machine comprising: - a treatment container including a boundary wall and a sump section, said sump section having a bottom wall and a lateral wall; - a heater passing through the lateral wall of the sump section, so that the heater is divided by the lateral wall in a heater sump part housed within the treatment container and in a heater external part placed outside the treatment container, wherein: a. the heater sump part is adapted to heat water inside the sump section and it is cantilever-mounted, so that the heater sump part is supported only at the lateral wall without touching directly or indirectly the bottom wall of the sump section; b. the heater external part comprises a first and a second electrical pin (51, 52) adapted to be connected to electrical cables and it is supported at the lateral wall; characterized by - a supporting element (60, 70, 80, 90) located outside the treatment container, connected to the boundary wall of the treatment container and to a second location of the heater external part, to support the heater, wherein said heater external part is further supported at the second location and includes a first and a second arm (53, 54) terminating in the first and the second electrical pin (51, 52), respectively, and the second location is positioned in one of said first or said second arm (53, 54). - a treatment container including a boundary wall and a sump section, said sump section having a bottom wall and a lateral wall; - a heater passing through the lateral wall of the sump section, so that the heater is divided by the lateral wall in a heater sump part housed within the treatment container and in a heater external part placed outside the treatment container, wherein: a. the heater sump part is adapted to heat water inside the sump section and it is cantilever-mounted, so that the heater sump part is supported only at the lateral wall without touching directly or indirectly the bottom wall of the sump section; b. the heater external part comprises a first and a second electrical pin (51, 52) adapted to be connected to electrical cables and it is supported at the lateral wall; characterized by a. the heater sump part is adapted to heat water inside the sump section and it is cantilever-mounted, so that the heater sump part is supported only at the lateral wall without touching directly or indirectly the bottom wall of the sump section; b. the heater external part comprises a first and a second electrical pin (51, 52) adapted to be connected to electrical cables and it is supported at the lateral wall; - a supporting element (60, 70, 80, 90) located outside the treatment container, connected to the boundary wall of the treatment container and to a second location of the heater external part, to support the heater,
Wiper blade adapter device with a wiper arm adapter and a wiper blade adapter and a rotary bearing unit which is provided to mount the wiper arm adapter and the wiper blade adapter so as to be rotatable relative to each other about a vertical axis during an assembly operation, and a latching unit which is provided to form a latching connection between the wiper arm adapter and the wiper blade adapter in an assembled state, wherein the latching unit has at least one latching recess (34, 36) and at least one latching means (30, 32), wherein, in an assembled state, the at least one latching means (30, 32) is arranged in a form-fitting manner within the at least one latching recess (34, 36), and the at least one latching means (30, 32) is arranged on the wiper arm adapter, and the rotary bearing unit comprises a bearing pin which is provided to form a form fit with a bearing recess in an assembled state, characterized in that the at least one latching means (30, 32) is provided in order to be deflected about the vertical axis.
Method for the H 2 O 2 sterilisation of bottles or like containers making use of a steriliser with a plurality of steriliser heads provided on a rotor circulating around a vertical machine axis, for introducing heated H 2 O 2 -air aerosol as the sterilisation medium, via a tube channel formed in a tube, into the respective container and to the following activation of the introduced H 2 O 2 -air aerosol by blowing out the containers with an activation medium, which is heated in a heating channel of a heat exchanger to a temperature above a limiting temperature at which deformation or destruction of the containers would occur, wherein, however, the hot activation medium is introduced in a pulsed manner into the respective container for the activation, in such a way that the container temperature remains below the limiting temperature, wherein the steriliser heads are arranged at uniform angular distances about the circumference of the rotor, characterised in that each steriliser head comprises a heat exchanger, wherein, during the rotational movement of the rotor between a bottle inlet and a bottle outlet, by activation of a actuation device, the tube provided in each case at a rod of the actuation device is introduced into the container, and only thereby is the tube channel connected, via control openings of a channel formed in the rod, to a chamber which is in communication with the heating channel, such that, via the tube: - on the one hand, the heated H 2 O 2 aerosol is produced, by the spraying of H 2 O 2 into an air flow in a spray device, connected to and circulating with the respective steriliser head, and then by introducing the H 2 O 2 -air aerosol formed in this way into the heating channel, and - on the other, in the activation process, the activation medium of hot air is delivered out of the heating channel into the respective container in a pulsed manner by the activation of the actuation device. - on the one hand, the heated H 2 O 2 aerosol is produced, by the spraying of H 2 O 2 into an air flow in a spray device, connected to and circulating with the respective steriliser head, and then by introducing the H 2 O 2 -air aerosol formed in this way into the heating channel, and - on the other, in the activation process, the activation medium of hot air is delivered out of the heating channel into the respective container in a pulsed manner by the activation of the actuation device.
A traction battery for high current applications, in particular in industrial trucks or wheel loaders, comprising several battery cells connected to each other and a battery tray for receiving the battery cells, wherein the battery cells comprise an electrolyte, wherein the electrolyte is provided in a gel-like and/or bound form, and wherein the battery tray is formed in a non-rectangular shape, characterized in that the battery tray is constructed modularly, wherein the modules are designed such that they can be placed one above the other in the direction of height and next to each other and can be connected to each other for forming the battery tray.
A method performed by a user device for using beam search pilots, the method comprising: receiving a beam search pilot schedule of communication resources for receiving the beam search pilots from a base station of a wireless network; entering one of a radio resource control-idle, RRC-idle, mode or a radio resource control-inactive, RRC-inactive, mode; while in the RRC-idle mode or the RRC-inactive mode, receiving, from the base station, a beam search pilot on an associated beam transmitted by the base station over at least one of the communication resources indicated in the beam search pilot schedule; determining that a signal quality of the received beam search pilot meets a signal quality threshold; and transmitting, to the base station, an indication that the received beam search pilot meets the signal quality threshold. receiving a beam search pilot schedule of communication resources for receiving the beam search pilots from a base station of a wireless network; entering one of a radio resource control-idle, RRC-idle, mode or a radio resource control-inactive, RRC-inactive, mode; while in the RRC-idle mode or the RRC-inactive mode, receiving, from the base station, a beam search pilot on an associated beam transmitted by the base station over at least one of the communication resources indicated in the beam search pilot schedule; determining that a signal quality of the received beam search pilot meets a signal quality threshold; and transmitting, to the base station, an indication that the received beam search pilot meets the signal quality threshold.
A gate valve for returned drilling mud pressure control and/or well killing, the gate valve comprising: a flow passage; and a gate member movable for intersecting the flow passage, wherein the gate member includes a gate port which extends from one face to an opposite face of the gate member and is alignable with the flow passage for allowing material in the flow passage to pass through the gate member, and wherein a groove or recess is provided in an inner wall of the gate port, the groove or recess extending from the one face to the opposite face of the gate member, wherein the valve has a regulating position in which a main circular section of the gate port is outside the passage, and the groove or recess is aligned with the passage to allow material to pass the gate member. a flow passage; and a gate member movable for intersecting the flow passage, wherein the gate member includes a gate port which extends from one face to an opposite face of the gate member and is alignable with the flow passage for allowing material in the flow passage to pass through the gate member, and wherein a groove or recess is provided in an inner wall of the gate port, the groove or recess extending from the one face to the opposite face of the gate member, wherein the valve has a regulating position in which a main circular section of the gate port is outside the passage, and the groove or recess is aligned with the passage to allow material to pass the gate member.
Snore preventing mouth brace, with two brace-bows, which are connected to one another by an elastically resilient connecting piece, whereby each of the brace-bows comprises a bent brace-end, a brace-arc and at least a palate-support, and each brace-bow is shaped and dimensioned such that, when inserted, it is on its pharynx-side, reaching with its palate-support behind the soft palate of a user in order to stabilize this palate, and is on its lip side, closely fitting with its brace-end on the lip of the user such that the brace-bow is clamped between the soft palate and the lip of the user, characterized in that the resilient connecting piece between the two brace-bows comprises a pharyngeal wall support, which extends along the pharyngeal wall to the tongue base of the tongue, and a tongue base support, which is lying at the radical, that is the pharynx-sided end of the pharyngeal wall support, which are shaped and dimensioned such that, when inserted, the pharyngeal wall support abuts to the pharyngeal wall of the user and the tongue base support abuts to the tongue base of the user in order to stabilize the pharyngeal wall and the tongue base of the user.
A wearable article, comprising: a structural material configured to enable the wearable article to the worn on a body; a volatile energy storage device; a wireless transmission circuit, coupled to the volatile energy storage device, comprising an antenna having a minimum transmission energy; a kinetic energy generator, positioned with respect to the structural material in a configuration to be manipulated to induce a voltage output, the kinetic energy generator coupled to and configured to charge the volatile energy storage device; a sensor configured to output activity data related to the wearable article; and an electronic data storage, coupled to the sensor, configured to store the activity data; and a controller configured to determine if the energy stored in the volatile energy storage device is equal to or exceeds an energy stored threshold corresponding to the minimum transmission energy; wherein, upon the controller determining that the energy stored in the volatile energy storage device equals or exceeds the energy stored threshold, the controller causes the wireless transmission circuit to draw energy from the volatile energy storage device to transmit the activity data as stored in the electronic data storage. a structural material configured to enable the wearable article to the worn on a body; a volatile energy storage device; a wireless transmission circuit, coupled to the volatile energy storage device, comprising an antenna having a minimum transmission energy; a kinetic energy generator, positioned with respect to the structural material in a configuration to be manipulated to induce a voltage output, the kinetic energy generator coupled to and configured to charge the volatile energy storage device; a sensor configured to output activity data related to the wearable article; and an electronic data storage, coupled to the sensor, configured to store the activity data; and a controller configured to determine if the energy stored in the volatile energy storage device is equal to or exceeds an energy stored threshold corresponding to the minimum transmission energy; wherein, upon the controller determining that the energy stored in the volatile energy storage device equals or exceeds the energy stored threshold, the controller causes the wireless transmission circuit to draw energy from the volatile energy storage device to transmit the activity data as stored in the electronic data storage.