mhurhangee/ep-ind-claims huggingface dataset:
A housing structure for a livestock animal, in particular a calf, wherein said housing structure comprises a shelter delimiting an inner housing space for said animal, wherein said shelter comprises: - a peripheral wall, having a lower edge and a front wall in which is arranged a passage for the circulation of said animal, and - a floor, of the duckboard type, having an upper face on which bears said lower edge of said peripheral wall, said floor being assembled with said peripheral wall using pivot link means arranged so as to allow a rotational operation of said peripheral wall with respect to said floor between two positions: - a lowered position, in which said lower edge of said peripheral wall is adjacent to said upper face of said floor, to delimit said inner housing space, and - a lifted position, in which said peripheral wall is pivoted with respect to said floor, so as to facilitate the access to said floor and/or to the inside of said peripheral wall, wherein said housing structure also comprises a park intended to delimit an outer housing space for said animal, wherein said park comprises two lateral panels each delimited by two ends, i.e.: - two opposite frond ends, connected by a transverse panel, and - two opposite rear ends, characterized in that said two rear ends of the lateral panels of the park are fastened to said shelter using pivot link means arranged so as to allow a rotational operation of said park with respect to said shelter between two positions: - an extended position, adapted to bear on the ground and arranged opposite the passage of the shelter to delimit said outer housing space, and - an retracted position, in which said park is lifted with respect to the ground so that the lateral panels extend on either side of the peripheral wall of the shelter and in that the transverse panel extends above the peripheral wall of the shelter, and in that said pivot link means between the floor and the peripheral wall of the shelter are arranged at the front wall of the peripheral wall, adjacent to said passage. - a peripheral wall, having a lower edge and a front wall in which is arranged a passage for the circulation of said animal, and - a floor, of the duckboard type, having an upper face on which bears said lower edge of said peripheral wall, - a lowered position, in which said lower edge of said peripheral wall is adjacent to said upper face of said floor, to delimit said inner housing space, and - a lifted position, in which said peripheral wall is pivoted with respect to said floor, so as to facilitate the access to said floor and/or to the inside of said peripheral wall, - two opposite frond ends, connected by a transverse panel, and - two opposite rear ends, - an extended position, adapted to bear on the ground and arranged opposite the passage of the shelter to delimit said outer housing space, and - an retracted position, in which said park is lifted with respect to the ground so that the lateral panels extend on either side of the peripheral wall of the shelter and in that the transverse panel extends above the peripheral wall of the shelter,
Actuator for an internal combustion engine with an actuating element comprising: an electromagnetic circuit including a coil, a stationary core, a movable armature and a yoke, a plunger configured to be actuated via the electromagnetic circuit and which is connected with the armature, and a permanent-magnetic circuit including the yoke, the core and a permanent magnet which, in the de-energized state of the electromagnetic circuit, retains the armature in a hold end position, wherein the permanent magnet is arranged in a stationary manner within the electromagnetic circuit and means (34, 40) are formed for concentrating axial magnetic field lines at the permanent-magnetic circuit, characterized in that the armature has a radially extending armature plate and a cavity in its inside, wherein first means for concentrating the magnetic field lines are formed by a protrusion of reduced thickness formed at the yoke and extending axially towards the armature plate, which protrusion radially surrounds the armature plate at least partly in the hold end position, and second means for concentrating the magnetic field lines are formed by a section of the core extending axially towards the armature, which section extends into the cavity of the armature in the hold end position, and wherein either the armature plate is arranged spaced from the yoke, when in the hold end position, or the armature is arranged spaced from the core, when in the hold end position. an electromagnetic circuit including a coil, a stationary core, a movable armature and a yoke, a plunger configured to be actuated via the electromagnetic circuit and which is connected with the armature, and a permanent-magnetic circuit including the yoke, the core and a permanent magnet which, in the de-energized state of the electromagnetic circuit, retains the armature in a hold end position, wherein the permanent magnet is arranged in a stationary manner within the electromagnetic circuit and means (34, 40) are formed for concentrating axial magnetic field lines at the permanent-magnetic circuit, characterized in that the armature has a radially extending armature plate and a cavity in its inside, wherein first means for concentrating the magnetic field lines are formed by a protrusion of reduced thickness formed at the yoke and extending axially towards the armature plate, which protrusion radially surrounds the armature plate at least partly in the hold end position, and second means for concentrating the magnetic field lines are formed by a section of the core extending axially towards the armature, which section extends into the cavity of the armature in the hold end position, and wherein either the armature plate is arranged spaced from the yoke, when in the hold end position, or the armature is arranged spaced from the core, when in the hold end position.
A communication method applied to an access identifier and location separation network, characterized by comprising: an access service node, ASN, establishing, for each accessed terminal, a point-to-point connection relationship and storing a binding relationship between an access identifier, AID, of the terminal and the point-to-point connection relationship; and, when receiving a data message sent from the terminal on the point-to-point connection relationship, if a source address of the data message is a network IP address of the terminal, the ASN converting the source address to the AID of the terminal according to the binding relationship and then sending the data message to a backbone network for forwarding; and when receiving a data message whose destination address is the AID of the terminal, the ASN converting the AID to the network IP address, and forwarding the converted data message to the terminal through the point-to-point connection relationship corresponding to the AID according to the binding relationship, wherein the point-to-point connection relationship is a connection through which the data message is transmitted and received by the terminal and the ASN can uniquely find the terminal through this point-to-point connection relationship; wherein the network IP address is a network IP address in a legacy IP network. an access service node, ASN, establishing, for each accessed terminal, a point-to-point connection relationship and storing a binding relationship between an access identifier, AID, of the terminal and the point-to-point connection relationship; and, when receiving a data message sent from the terminal on the point-to-point connection relationship, if a source address of the data message is a network IP address of the terminal, the ASN converting the source address to the AID of the terminal according to the binding relationship and then sending the data message to a backbone network for forwarding; and when receiving a data message whose destination address is the AID of the terminal, the ASN converting the AID to the network IP address, and forwarding the converted data message to the terminal through the point-to-point connection relationship corresponding to the AID according to the binding relationship, wherein the point-to-point connection relationship is a connection through which the data message is transmitted and received by the terminal and the ASN can uniquely find the terminal through this point-to-point connection relationship; wherein the network IP address is a network IP address in a legacy IP network.
A noise generation device comprising: a housing defining a chamber, the housing comprising a wall member moveable between a sealed position and an open position, wherein in the sealed position the chamber 103 is fluidly sealed and in the open position the chamber is open; an injection assembly for injecting combustible material into the chamber 103; a triggering assembly for triggering the combustible material to combust inside the chamber 103 to generate a noise, wherein the noise generation device is configured such that the moveable wall member moves from the sealed position to the open position on combustion of the material inside the chamber to allow material to exit the chamber; If characterized in that the moveable wall member comprises a sleeve adapted to slide longitudinally, between the sealed position and the open position, along a sleeve guide spaced from a body portion of the noise generation device, and wherein in the sealed position the sleeve abuts the body portion and spans the space between the body portion and the sleeve guide such that the chamber is defined at least by the sleeve guide, the sleeve and the body portion, and in the open position the sleeve is spaced from the body portion to open the chamber. a housing defining a chamber, the housing comprising a wall member moveable between a sealed position and an open position, wherein in the sealed position the chamber 103 is fluidly sealed and in the open position the chamber is open; an injection assembly for injecting combustible material into the chamber 103; a triggering assembly for triggering the combustible material to combust inside the chamber 103 to generate a noise, wherein the noise generation device is configured such that the moveable wall member moves from the sealed position to the open position on combustion of the material inside the chamber to allow material to exit the chamber; If characterized in that the moveable wall member comprises a sleeve adapted to slide longitudinally, between the sealed position and the open position, along a sleeve guide spaced from a body portion of the noise generation device, and wherein in the sealed position the sleeve abuts the body portion and spans the space between the body portion and the sleeve guide such that the chamber is defined at least by the sleeve guide, the sleeve and the body portion, and in the open position the sleeve is spaced from the body portion to open the chamber.
A composition comprising isolated human secreted vesicles produced by an enriched renal cell population for use in a method of reducing renal fibrosis in treating kidney disease in a human patient by in vivo administration of the composition to the patient, wherein the enriched renal cell population comprises a greater percentage of bioactive kidney cells than does a starting kidney cell population, wherein the starting kidney cell population comprises (i) a kidney sample isolated from a subject or (ii) an in vitro culture of cells isolated from the kidney sample of the subject, wherein the vesicles comprise exosomes comprising a paracrine factor that inhibits Plasminogen Activation Inhibitor-1 (PAI-1) signaling, and wherein the vesicles have been isolated from the enriched renal cell population. wherein the enriched renal cell population comprises a greater percentage of bioactive kidney cells than does a starting kidney cell population, wherein the starting kidney cell population comprises (i) a kidney sample isolated from a subject or (ii) an in vitro culture of cells isolated from the kidney sample of the subject, wherein the vesicles comprise exosomes comprising a paracrine factor that inhibits Plasminogen Activation Inhibitor-1 (PAI-1) signaling, and wherein the vesicles have been isolated from the enriched renal cell population.
A charge sensing amplifier for an image sensing device, the charge sensing amplifier comprising: an amplification unit, at least one input terminal, at least one output terminal, an amplification terminal, a first capacitor, a second capacitor, a first switch and a second switch, the second switch being connected between the output terminal and a reference voltage terminal; wherein the first capacitor is electrically connected between the input terminal and the amplification terminal, the second capacitor is electrically connected between the amplification terminal and the output terminal, and the first switch is electrically connected between the input terminal and the amplification terminal; and wherein the first switch is configured to be turned on after receiving a reset signal and off when not receiving the reset signal; characterised in that: the charge sensing amplifier comprises a delay unit connected to the second switch; the delay unit is configured to delay the reset signal thereby to provide a delayed reset signal (R'); and the second switch is configured to be turned on after receiving the delayed reset signal (R') from the delay unit, and to be turned off when not receiving the delayed reset signal (R'). an amplification unit, at least one input terminal, at least one output terminal, an amplification terminal, a first capacitor, a second capacitor, a first switch and a second switch, the second switch being connected between the output terminal and a reference voltage terminal; wherein the first capacitor is electrically connected between the input terminal and the amplification terminal, the second capacitor is electrically connected between the amplification terminal and the output terminal, and the first switch is electrically connected between the input terminal and the amplification terminal; and wherein the first switch is configured to be turned on after receiving a reset signal and off when not receiving the reset signal; characterised in that: the charge sensing amplifier comprises a delay unit connected to the second switch; the delay unit is configured to delay the reset signal thereby to provide a delayed reset signal (R'); and the second switch is configured to be turned on after receiving the delayed reset signal (R') from the delay unit, and to be turned off when not receiving the delayed reset signal (R'). the charge sensing amplifier comprises a delay unit connected to the second switch; the delay unit is configured to delay the reset signal thereby to provide a delayed reset signal (R'); and the second switch is configured to be turned on after receiving the delayed reset signal (R') from the delay unit, and to be turned off when not receiving the delayed reset signal (R').
A composition comprising: an isolated wheat protein; the composition being substantially free of additives, processing aids, reagents, added acids, buffers, and added enzymes; the composition having less than 10% moisture by weight. an isolated wheat protein; the composition being substantially free of additives, processing aids, reagents, added acids, buffers, and added enzymes; the composition having less than 10% moisture by weight.
An electrophoretic medium comprising: (a) a non-polar fluid; (b) a plurality of first charged particles; and (c) charge control agents, the medium being characterized in that the charge control agents include a quaternary amine and an unsaturated polymeric tail comprising monomers of at least 10 carbon atoms in length. (a) a non-polar fluid; (b) a plurality of first charged particles; and (c) charge control agents,
A method of binary processing of thermographic data, said method comprising the steps of: thermally disturbing (S.101) a sample, collecting (S.101), as a function of time, thermal data from said sample, converting (S.103) said collected thermal data using a 2 nd derivative function, wherein said converting step further includes the substep of creating (S.102) a natural log (ln) transformation of said collected thermal data; characterised by operating (S.104, S.105) on said converted data using multiple binary classification operations to provide multiple instances of converted image data (900b, 900c); and conducting (S.107) a serial, parallel or nested sequence of operations including at least one logical "AND", "OR" or "NOT" operation on the multiple instances of converted image data (900b, 900c) so as to obtain a defect map image. thermally disturbing (S.101) a sample, collecting (S.101), as a function of time, thermal data from said sample, converting (S.103) said collected thermal data using a 2 nd derivative function, wherein said converting step further includes the substep of creating (S.102) a natural log (ln) transformation of said collected thermal data; characterised by operating (S.104, S.105) on said converted data using multiple binary classification operations to provide multiple instances of converted image data (900b, 900c); and conducting (S.107) a serial, parallel or nested sequence of operations including at least one logical "AND", "OR" or "NOT" operation on the multiple instances of converted image data (900b, 900c) so as to obtain a defect map image.
A door leaf for a finger protection frame, having a lock side, a hinge side, a head side, and a bottom side, wherein a cylindrical profile is arranged on the hinge side, the outer surface of which cylindrical profile corresponds to a cylindrical surface of a hinge part of the finger protection frame, wherein the cylindrical profile is detachably connected to the door leaf, and wherein connecting elements are present between the cylindrical profile and the door leaf, which make it possible to adjust the door leaf with respect to the finger protection frame in the horizontal and/or vertical and/or diagonal direction, characterized in that the connecting elements comprise at least one first sub-assembly for a horizontal and/or diagonal adjustment and at least one second sub-assembly for a vertical adjustment of the door leaf. wherein a cylindrical profile is arranged on the hinge side, the outer surface of which cylindrical profile corresponds to a cylindrical surface of a hinge part of the finger protection frame, wherein the cylindrical profile is detachably connected to the door leaf, and wherein connecting elements are present between the cylindrical profile and the door leaf, which make it possible to adjust the door leaf with respect to the finger protection frame in the horizontal and/or vertical and/or diagonal direction, characterized in that the connecting elements comprise at least one first sub-assembly for a horizontal and/or diagonal adjustment and at least one second sub-assembly for a vertical adjustment of the door leaf.
A method comprising: providing a portable sensor package device temporarily placed proximate to an open window or an open door in a bypassed zone of a monitored region monitored by a security system or a connected home system, the security system or the connected home system monitoring the monitored region in an armed stay mode, wherein responsive to the portable sensor package device detecting the open window, the open door, or a sensor associated with the open window or the open door proximate to the portable sensor package device, transmitting an instruction signal from the portable sensor package device to a control panel device, a mobile device, a cloud server device, or a wearable device to associate the portable sensor package device with the bypassed zone; the portable sensor package device detecting motion in a coverage area of the portable sensor package device and a direction of the motion; when the direction of the motion is from inside of the monitored region to outside of the monitored region, the portable sensor package device refraining from triggering an alarm; and when the direction of the motion is from outside of the monitored region to inside of the monitored region, the portable sensor package device triggering the alarm. providing a portable sensor package device temporarily placed proximate to an open window or an open door in a bypassed zone of a monitored region monitored by a security system or a connected home system, the security system or the connected home system monitoring the monitored region in an armed stay mode, wherein responsive to the portable sensor package device detecting the open window, the open door, or a sensor associated with the open window or the open door proximate to the portable sensor package device, transmitting an instruction signal from the portable sensor package device to a control panel device, a mobile device, a cloud server device, or a wearable device to associate the portable sensor package device with the bypassed zone; the portable sensor package device detecting motion in a coverage area of the portable sensor package device and a direction of the motion; when the direction of the motion is from inside of the monitored region to outside of the monitored region, the portable sensor package device refraining from triggering an alarm; and when the direction of the motion is from outside of the monitored region to inside of the monitored region, the portable sensor package device triggering the alarm.
A composition for a gel polymer electrolyte comprising a liquid electrolyte solvent, a lithium salt, a polymerization initiator and a mixed compound of a first compound and a second compound, wherein the first compound is an amine-based compound comprising polyethylene glycol as a functional group and the second compound is an epoxy-based compound, and a weight ratio of the first compound and the second compound is 1:0.2 to 0.6.
A liquid crystal display device comprising: a first substrate including an active display region (A/A) and a dummy region formed at an outer side of the active display region (A/A); a plurality of gate lines and data lines formed in the active display region to define a plurality of pixel regions arranged to display an image; a thin film transistor (151, 153, 154) provided in each pixel region for switching the pixel associated with each pixel region; a common electrode and a pixel electrode provided in each pixel region; a passivation layer on the first substrate; and a gate in panel, GIP, circuit in the dummy region configured as a shift register connected to the gate lines, a control signal line in the dummy region connected to the GIP circuit for supplying a control signal to the GIP circuit, a ground and a common line in the dummy region, wherein the GIP circuit is overlapped with the control signal line, at least a portion of the ground, and at least a portion of the common line with the passivation layer interposed therebetween. a first substrate including an active display region (A/A) and a dummy region formed at an outer side of the active display region (A/A); a plurality of gate lines and data lines formed in the active display region to define a plurality of pixel regions arranged to display an image; a thin film transistor (151, 153, 154) provided in each pixel region for switching the pixel associated with each pixel region; a common electrode and a pixel electrode provided in each pixel region; a passivation layer on the first substrate; and a gate in panel, GIP, circuit in the dummy region configured as a shift register connected to the gate lines, a control signal line in the dummy region connected to the GIP circuit for supplying a control signal to the GIP circuit, a ground and a common line in the dummy region, wherein the GIP circuit is overlapped with the control signal line, at least a portion of the ground, and at least a portion of the common line with the passivation layer interposed therebetween.