mhurhangee/ep-ind-claims huggingface dataset:
Cleaning head comprising: - a main body comprising a receiving housing opening into a lower face of the main body, - a cleaning element removably mounted in the receiving housing and configured to be removed outside of the receiving housing in a removal direction, and - a locking member which is configured to lock the cleaning element in the receiving housing, characterised in that the locking member is resiliently deformable and is movably mounted on the main body, and in that the locking member comprises: - a locking part which is movable between a locking position, wherein the locking part engages with a locking element provided on the cleaning element so as to prevent a removal of the cleaning element outside of the receiving housing and a release position, wherein the locking part releases the locking element so as to enable a removal of the cleaning element outside of the receiving housing, - a control part which is movable between an inactive position and an active position, and - a connecting part connecting the control part and the locking part, and in that the locking member is configured such that a movement of the control part from the inactive position to the active position resiliently deforms at least the connecting part so as to lead to a movement of the locking part from the locking position to the release position. - a main body comprising a receiving housing opening into a lower face of the main body, - a cleaning element removably mounted in the receiving housing and configured to be removed outside of the receiving housing in a removal direction, and - a locking member which is configured to lock the cleaning element in the receiving housing, - a locking part which is movable between a locking position, wherein the locking part engages with a locking element provided on the cleaning element so as to prevent a removal of the cleaning element outside of the receiving housing and a release position, wherein the locking part releases the locking element so as to enable a removal of the cleaning element outside of the receiving housing, - a control part which is movable between an inactive position and an active position, and - a connecting part connecting the control part and the locking part, and in that the locking member is configured such that a movement of the control part from the inactive position to the active position resiliently deforms at least the connecting part so as to lead to a movement of the locking part from the locking position to the release position.
A method for providing input and output for a mobile device, the method comprising: receiving, at the mobile device, the input from at least one of a plurality of remote input devices; processing the received input, wherein processing the received input comprises processing the received input using data received from a remote application server and wherein the received data comprise one of an applet and a script; and transmitting, from the mobile device, the output to at least one of a plurality of remote output devices and at least one local output device associated with the mobile device, the transmitted output being based on the processed input, wherein transmitting, from the mobile device, the output to at least one of the plurality of remote output devices and at least one local output device associated with the mobile device comprises driving, by an adapter module, of the mobile device, one of the at least one local output device of the mobile device and one of the plurality of remote output devices with a first content while an output driver of the mobile device drives the other of the local output device and one of the plurality of remote output devices with a second content. receiving, at the mobile device, the input from at least one of a plurality of remote input devices; processing the received input, wherein processing the received input comprises processing the received input using data received from a remote application server and wherein the received data comprise one of an applet and a script; and transmitting, from the mobile device, the output to at least one of a plurality of remote output devices and at least one local output device associated with the mobile device, the transmitted output being based on the processed input, wherein transmitting, from the mobile device, the output to at least one of the plurality of remote output devices and at least one local output device associated with the mobile device comprises driving, by an adapter module, of the mobile device, one of the at least one local output device of the mobile device and one of the plurality of remote output devices with a first content while an output driver of the mobile device drives the other of the local output device and one of the plurality of remote output devices with a second content.
An intraoral radiological imaging sensor, comprising an imaging chip held within a housing and having an active pixel array, said imaging chip being substantially free of a dead space due to any imaging chip control electronics outside of the active pixel array, wherein a mesial side of the imaging chip is free of any dead space due to said any imaging chip control electronics outside of the active pixel array, characterized in that the active pixel array is further comprised of a plurality of pixel control electronics for use in individual pixels in the active pixel array, wherein the imaging chip does not contain any imaging chip control electronics for use in controlling the imaging chip that are not contained within the active pixel array, wherein the imaging chip control electronics is contained within the plurality of pixel control electronics.
A linear compressor, comprising: a shell to which a suction pipe is provided; a cylinder disposed in the shell and having a compression space; a piston disposed to be able to axially reciprocate in the cylinder to compress a refrigerant in the compression space; and a muffler (200; 210; 210a) configured to allow the refrigerant suctioned through the suction pipe to flow into the compression space, wherein an internal space in which at least a portion of the muffler (200; 210; 210a) is inserted is formed in the piston, and the muffler (200; 210; 210a) is disposed in contact with an inner wall of the piston that forms the internal space, characterized in that: the internal space is formed by a first inner wall forming a side wall of the piston and a second inner wall in which an inlet end of a suction channel communicating with the compression space is formed, and the muffler (200; 210; 210a) is disposed in contact with the second inner wall. a shell to which a suction pipe is provided; a cylinder disposed in the shell and having a compression space; a piston disposed to be able to axially reciprocate in the cylinder to compress a refrigerant in the compression space; and a muffler (200; 210; 210a) configured to allow the refrigerant suctioned through the suction pipe to flow into the compression space, wherein an internal space in which at least a portion of the muffler (200; 210; 210a) is inserted is formed in the piston, and the muffler (200; 210; 210a) is disposed in contact with an inner wall of the piston that forms the internal space, characterized in that: the internal space is formed by a first inner wall forming a side wall of the piston and a second inner wall in which an inlet end of a suction channel communicating with the compression space is formed, and the muffler (200; 210; 210a) is disposed in contact with the second inner wall. the internal space is formed by a first inner wall forming a side wall of the piston and a second inner wall in which an inlet end of a suction channel communicating with the compression space is formed, and the muffler (200; 210; 210a) is disposed in contact with the second inner wall.
An ultrasonic imaging apparatus comprising: a user interface configured to receive an input signal of a user; a power-supply unit including a plurality of power-supply groups to provide power-supply signals for respectively driving a plurality of elements, and a power-supply processor to search for power data corresponding to the received input signal from among predetermined power data and to adjust power-supply signals applied to respective elements corresponding to the plurality of power-supply groups according to the searched power data; and wherein the input signal is configured to indicate transmission/reception (Tx/Rx) conditions regarding a frequency and interval of ultrasonic waves to be transmitted and received; and the power-supply processor is configured to search for power data corresponding to the input transmission/reception (Tx/Rx) conditions, and to adjust a switching frequency of power-supply signals applied to the plurality of elements according to the searched power data, characterized in that the plurality of power-supply groups comprises a first power-supply group (560_1) to provide a power-supply signal for driving a first element, and a second power-supply group (560_2) to provide power-supply signals for driving the first element and a second element (110, 120). a user interface configured to receive an input signal of a user; a power-supply unit including a plurality of power-supply groups to provide power-supply signals for respectively driving a plurality of elements, and a power-supply processor to search for power data corresponding to the received input signal from among predetermined power data and to adjust power-supply signals applied to respective elements corresponding to the plurality of power-supply groups according to the searched power data; and wherein the input signal is configured to indicate transmission/reception (Tx/Rx) conditions regarding a frequency and interval of ultrasonic waves to be transmitted and received; and the power-supply processor is configured to search for power data corresponding to the input transmission/reception (Tx/Rx) conditions, and to adjust a switching frequency of power-supply signals applied to the plurality of elements according to the searched power data, characterized in that the plurality of power-supply groups comprises a first power-supply group (560_1) to provide a power-supply signal for driving a first element, and a second power-supply group (560_2) to provide power-supply signals for driving the first element and a second element (110, 120).
A buckle comprising: a male coupler including a bar portion with an external surface, a first flange protruding from the external surface, the first flange being adapted for connection of a strap thereto; a female coupler with a hollow body having an opening therein, the opening including an end part at a first axial end of the hollow body and a slot part extending generally axially from the end part of the opening, the slot part having opposing lips (28, 29) extending along the slot, wherein the lips (28, 29) extend reentrantly and each lip (28, 29) is adjacent a respective inwardly-extending face in the bar portion; the hollow body having an internal surface complementary to the external surface of the bar portion, such that the bar portion can be entered through the end part of the opening as the first flange slides through the slot part of the opening; wherein the buckle further comprises a detent for releasably holding the bar portion in the hollow body, characterised in that the detent is provided in the bar portion and includes a latch biased to extend from the external surface into a recess in the hollow body and an actuator that protrudes axially from a first end of the bar portion and is moveable axially to retract the latch inside the external surface. a male coupler including a bar portion with an external surface, a first flange protruding from the external surface, the first flange being adapted for connection of a strap thereto; a female coupler with a hollow body having an opening therein, the opening including an end part at a first axial end of the hollow body and a slot part extending generally axially from the end part of the opening, the slot part having opposing lips (28, 29) extending along the slot, wherein the lips (28, 29) extend reentrantly and each lip (28, 29) is adjacent a respective inwardly-extending face in the bar portion; the hollow body having an internal surface complementary to the external surface of the bar portion, such that the bar portion can be entered through the end part of the opening as the first flange slides through the slot part of the opening; wherein the buckle further comprises a detent for releasably holding the bar portion in the hollow body, characterised in that the detent is provided in the bar portion and includes a latch biased to extend from the external surface into a recess in the hollow body and an actuator that protrudes axially from a first end of the bar portion and is moveable axially to retract the latch inside the external surface.
Domestic refrigeration appliance having an interior for accommodating foodstuffs, which is bounded by walls (4 to 8), with a door for closing the interior and with a lighting apparatus which is configured to illuminate the interior at least while the door is open, and with at least one plate-type compartment divider (9 to 12) which is arranged in the interior, wherein the compartment divider (9 to 12) is made of a light-permeable material and the lighting apparatus has a plurality of light sources (19 to 22) which are arranged in a top wall bounding the interior and are oriented in such a manner that the interior has substantially uniform illumination above and below the compartment divider (9 to 12) due to the emitted light from the light sources (19 to 22), characterised in that the first light sources (19, 20) of the lighting apparatus are arranged on the top wall in such a manner that their emitted light strikes a light injection region (9a to 12a) configured in the rear region of the compartment divider (9 to 12) which is configured as a light guide and can be guided to a light output region (9b to 12b; 9c to 12c) in the compartment divider (9 to 12).
A monitoring apparatus (1, 23), comprising: an address filter, a read/write controller connected to the address filter, and a memory connected to the read/write controller, wherein the address filter is configured to acquire multiple pieces of microprocessor interface MPI information, and obtain, by filtering the multiple pieces of MPI information, first MPI information corresponding to a first service that is preset; the read/write controller is configured to write, into the memory according to a time sequence of receiving the first MPI information, the first MPI information that is obtained by the address filter by filtering; and the memory is configured to store the first MPI information written by the read/write controller; wherein further the first MPI information is delivered from a system chip including a Central Processing Unit to a service chip for processing the first service by using an MPI, and the service chip is an Application Specific Integrated Circuits ASIC that supports and corresponds to the first service.
A method for mounting and removing a filter from a filtration box, said method comprising: (a) providing a tool that comprises a shank, a head end secured to a first end of the shank, a lifting eye secured to a second end of the shank, and a handle configured to be removably received by the lifting eye; (b) detaching the handle from the tool shank; (c) inserting the tool shank through a hole formed in a filter medium made of porous ceramic material in the shape of a flat plate; (d) re-attaching the handle to the tool shank; and (e) positioning the filter medium in a desired location within a filter box using said tool. (a) providing a tool that comprises a shank, a head end secured to a first end of the shank, a lifting eye secured to a second end of the shank, and a handle configured to be removably received by the lifting eye; (b) detaching the handle from the tool shank; (c) inserting the tool shank through a hole formed in a filter medium made of porous ceramic material in the shape of a flat plate; (d) re-attaching the handle to the tool shank; and (e) positioning the filter medium in a desired location within a filter box using said tool.
A cleaner holder comprising: a charging stand body having a charging port configured to charge a battery of a cleaner; a support connected to the charging stand body; and a base supported on a floor and connected to the support, characterized in that the base comprises: an inner base surrounding at least a portion of the support; an upper cover coupled to the inner base on an upper side of the inner base and configured to support an outer peripheral surface of the support; and a lower cover coupled to the inner base on a lower side of the inner base and configured to support an inner peripheral surface of the support. a charging stand body having a charging port configured to charge a battery of a cleaner; a support connected to the charging stand body; and a base supported on a floor and connected to the support, characterized in that the base comprises: an inner base surrounding at least a portion of the support; an upper cover coupled to the inner base on an upper side of the inner base and configured to support an outer peripheral surface of the support; and a lower cover coupled to the inner base on a lower side of the inner base and configured to support an inner peripheral surface of the support. an inner base surrounding at least a portion of the support; an upper cover coupled to the inner base on an upper side of the inner base and configured to support an outer peripheral surface of the support; and a lower cover coupled to the inner base on a lower side of the inner base and configured to support an inner peripheral surface of the support.
Machine for packaging products of the tobacco industry, particularly snus, comprising: - a feeding unit for feeding packages along a feeding direction; - a first conveyor configured to move a plurality of containers from a loading station, in which one or more products are positioned into each container, to a position of swapping containers; - a second conveyor which is positioned downstream of the first conveyor for moving the containers along a ring-like closed path which starts and terminates at the swapping position, the containers leaving full from the swapping position and coming back empty to the swapping position; the second conveyor conveying the containers throughout a picking station that is positioned along the ring-like closed path; - a third conveyor configured to move the empty containers from the swapping position (P 1) to the exit station of the machine; - a unit for swapping containers for transferring at least one empty container that is positioned on the second conveyor at the swapping position, onto the third conveyor, and, contemporarily, transferring at least one full container that is positioned on the first conveyor at the swapping position, onto the second conveyor, to take the place of the empty container transferred to the third conveyor; - a picking device for transferring the products of the containers that are positioned on the picking station into packages that advance along the feeding direction. - a feeding unit for feeding packages along a feeding direction; - a first conveyor configured to move a plurality of containers from a loading station, in which one or more products are positioned into each container, to a position of swapping containers; - a second conveyor which is positioned downstream of the first conveyor for moving the containers along a ring-like closed path which starts and terminates at the swapping position, the containers leaving full from the swapping position and coming back empty to the swapping position; the second conveyor conveying the containers throughout a picking station that is positioned along the ring-like closed path; - a third conveyor configured to move the empty containers from the swapping position (P 1) to the exit station of the machine; - a unit for swapping containers for transferring at least one empty container that is positioned on the second conveyor at the swapping position, onto the third conveyor, and, contemporarily, transferring at least one full container that is positioned on the first conveyor at the swapping position, onto the second conveyor, to take the place of the empty container transferred to the third conveyor; - a picking device for transferring the products of the containers that are positioned on the picking station into packages that advance along the feeding direction.
An illumination device comprising an envelope enclosing a light emitting diode light source, arranged to generate light source light, wherein the illumination device comprises luminescent material, arranged to absorb at least part of the light source light and emit luminescent material light, wherein the luminescent material is arranged remote from the light source, wherein the envelope comprises - a transmissive part, arranged to transmit at least part of the light source light, or at least part of the luminescent material light, or both at least part of the light source light and at least part of the luminescent material light, thereby providing illumination device light downstream of the transmissive part; - a reflective part arranged to reflect at least part of the light source light wherein the reflective part comprises a reflective ceramic material; characterized in that the transmissive part comprises a transmissive ceramic material, wherein at least part of the luminescent material is provided in a coating to an upstream face of the transmissive part, and wherein the transmissive part and reflective part are in contact with a heat sink, wherein the transmissive part is further arranged to transfer heat to the heat sink, and wherein the heat sink comprises a ceramic material. - a transmissive part, arranged to transmit at least part of the light source light, or at least part of the luminescent material light, or both at least part of the light source light and at least part of the luminescent material light, thereby providing illumination device light downstream of the transmissive part; - a reflective part arranged to reflect at least part of the light source light wherein the reflective part comprises a reflective ceramic material;
A solenoid control device adapted to detect a situation of overcurrent and short circuit, including a current detection unit that is adapted to detect a drive current that is supplied to a solenoid via a power supply line, and that is adapted to execute feedback control such that a detected current value detected by the current detection unit follows a target current value, by driving, through pulse width modulation, a switching element provided on the power supply line, said solenoid control device comprising: an overcurrent detection unit that outputs an overcurrent detection signal when the drive current for the solenoid reaches an overcurrent determination current value, characterized by being adapted to determine whether a short-circuit accompanied by a hunting phenomenon, being a significant fluctuation of the drive current, occurs between both terminals of the solenoid by monitoring whether the overcurrent detection unit is repeatedly changing the overcurrent detection signal between a low-level potential and a high-level potential. an overcurrent detection unit that outputs an overcurrent detection signal when the drive current for the solenoid reaches an overcurrent determination current value, characterized by being adapted to determine whether a short-circuit accompanied by a hunting phenomenon, being a significant fluctuation of the drive current, occurs between both terminals of the solenoid by monitoring whether the overcurrent detection unit is repeatedly changing the overcurrent detection signal between a low-level potential and a high-level potential.