mhurhangee/ep-ind-claims huggingface dataset:
A laser scanner having a light transmitter for transmitting a light beam into a monitoring area, a light receiver for generating a reception signal from a remitted light beam remitted by objects in the monitoring area, a rotatable deflection unit for periodically deflecting the light beam (16, 22) in order to scan the monitoring area in the course of the movement, an internal reference target which reflects the transmitted light beam within the laser scanner to the light receiver with a high intensity in a first reference rotational position of the deflection unit and with a low intensity in a second reference rotational position of the deflection unit for generating a strong reference signal and a weak reference signal, and an evaluation unit which is configured to detect objects based on the reception signal and to test the operability of the laser scanner based on the reference signals, characterized in that the reference target has, relative to the propagation direction of the transmitted light beam, a front surface and a rear surface, the rear surface being tilted with respect to the front surface, wherein the front surface generates the strong reference signal in the first reference rotational position and the rear surface generates the weak reference signal in the second reference rotational position, so that the weak reference signal and the strong reference signal are generated by the different light paths at and in the reference target.
Device for shaping goods that have been produced from a mass strand, in particular confectionery-type sweets, comprising an internal annular separator having a multiplicity of cavity halves and a multiplicity of separation webs, an external annular separator having a multiplicity of cavity halves and a multiplicity of separation webs, wherein the separation webs (2a, 31a) converge when the annular separators (2, 3) revolve and finally contact one another so as to sever mass pieces from the mass strand, embossing-die pairs each having one first embossing die and one second embossing die, wherein the first embossing die is disposed on a first side of the annular separators (2, 3) and the second embossing die is disposed on a second side that is opposite the first side of the annular separators (2, 3), and a cam-control installation (11, 13) for determining a position of the embossing dies (9, 10) in the axial direction relative to the annular separators (2, 3), wherein the external annular separator is flexible and contacts the internal annular separator during an embossing phase of the goods, so as to emboss the goods between the internal annular separator and the external annular separator by means of the embossing dies (9, 10), wherein the external annular separator is a chain-type element, wherein the chain-type element comprises a multiplicity of chain links and a revolving belt, wherein each chain link comprises a chain element and a closure element that is connected to the chain element, wherein the belt is disposed between the chain element and the closure element, wherein each chain link furthermore comprises a pin which fastens the closure elements to the chain elements, characterized in that the pins have a projecting region which in the axial direction projects laterally beyond the external annular separator so as to engage with a drive installation for driving the external annular separator.
A display device comprising a display region that comprises a first display region and a second display region, wherein the first display region (DPA_D) comprises a plurality of first pixels, and the second display region (DPA_T) comprises a plurality of second pixels and at least one light transmission region, wherein the first pixels and second pixels include an emission region, the first pixels are larger than the second pixels of the same color, a resolution of the second display region is the same as resolution of the first display region and the size of each emission region of the second pixels is the same as the size of each emission region of the first pixels of the same color, wherein light transmittance of the at least one light transmission region is higher than light transmittance of each of the first pixels and light transmittance of each of the second pixels, and light transmittance of the second display region is higher than light transmittance of the first display region and wherein the display device further comprises: a light sensing member arranged to overlap the second display region. wherein the first display region (DPA_D) comprises a plurality of first pixels, and the second display region (DPA_T) comprises a plurality of second pixels and at least one light transmission region, wherein the first pixels and second pixels include an emission region, the first pixels are larger than the second pixels of the same color, a resolution of the second display region is the same as resolution of the first display region and the size of each emission region of the second pixels is the same as the size of each emission region of the first pixels of the same color, wherein light transmittance of the at least one light transmission region is higher than light transmittance of each of the first pixels and light transmittance of each of the second pixels, and light transmittance of the second display region is higher than light transmittance of the first display region and wherein the display device further comprises: a light sensing member arranged to overlap the second display region.
A mechanical component for a timepiece, comprising: an axle member (102, 102a); and a rotary member that has a holding portion which holds the axle member (102, 102a), and a rim portion which has a plurality of tooth portions, wherein the holding portion has a first holding portion which extends from the rim portion and a second holding portion which is disposed by being branched from the first holding portion, wherein the first holding portion extends in a direction from the rim portion toward the axle member (102, 102a), and wherein the second holding portion has a first portion which extends in a direction intersecting the first holding portion, and a second portion which extends in a direction from the first portion toward the axle member (102, 102a), characterized in that the second holding portion has a plurality of the first portions. an axle member (102, 102a); and a rotary member that has a holding portion which holds the axle member (102, 102a), and a rim portion which has a plurality of tooth portions, wherein the holding portion has a first holding portion which extends from the rim portion and a second holding portion which is disposed by being branched from the first holding portion, wherein the first holding portion extends in a direction from the rim portion toward the axle member (102, 102a), and wherein the second holding portion has a first portion which extends in a direction intersecting the first holding portion, and a second portion which extends in a direction from the first portion toward the axle member (102, 102a), characterized in that the second holding portion has a plurality of the first portions.
A method of buffering audio data in an audio playback system that has a number of audio playback devices (22, 24,26) and is adapted to receive and playback separate, discrete audio files from one or more audio sources, where the audio files comprise audio data, and where the audio playback system comprises a master device which is one of the audio playback devices, each of the audio playback device being able to act as the master device, where the master device receives audio files from the one or more audio sources, buffers the received audio data, and distributes the buffered audio data to one or more active slave audio playback devices (84,86,88) which are others of the audio playback devices, wherein the method comprising: requesting, by the master device, a first discrete audio file from an audio source; receiving, by the master device, the first discrete audio file; buffering, by the master device, audio data from the received first discrete audio file; and sending, by the master device, buffered audio data from the received first discrete audio file to the one or more active slave audio playback devices; and during synchronized playback by both the master device and the one or more active slave devices of the audio data from the first discrete audio file, sequentially performing each of the following steps: requesting, by the master device, a second discrete audio file from an audio source; receiving, by the master device, the second discrete audio file; buffering, by the master device, audio data from the received second discrete audio file; and sending, by the master device, buffered audio data from the received second discrete audio file to the one or more active slave audio playback devices. requesting, by the master device, a first discrete audio file from an audio source; receiving, by the master device, the first discrete audio file; buffering, by the master device, audio data from the received first discrete audio file; and sending, by the master device, buffered audio data from the received first discrete audio file to the one or more active slave audio playback devices; and during synchronized playback by both the master device and the one or more active slave devices of the audio data from the first discrete audio file, sequentially performing each of the following steps: requesting, by the master device, a second discrete audio file from an audio source; receiving, by the master device, the second discrete audio file; buffering, by the master device, audio data from the received second discrete audio file; and sending, by the master device, buffered audio data from the received second discrete audio file to the one or more active slave audio playback devices. requesting, by the master device, a second discrete audio file from an audio source; receiving, by the master device, the second discrete audio file; buffering, by the master device, audio data from the received second discrete audio file; and sending, by the master device, buffered audio data from the received second discrete audio file to the one or more active slave audio playback devices.
A method for zero crossing detection for a brushless direct current (BLDC) motor, said method comprising the steps of: driving two phases of the three phase BLDC motor with pulse width modulation drive voltage pulses, each PWM drive voltage pulse having a period and a duty cycle, and a voltage from a power source; coupling an un-driven third phase of the three phase BLDC motor to a voltage comparator for comparing back electromotive force (BEMF) voltages thereof; comparing the BEMF voltages to a reference voltage with the voltage comparator; characterized by measuring a falling time interval during a falling BEMF period when the BEMF voltages are less than the reference voltage; storing the falling time interval; measuring a rising time interval during a rising BEMF period when the BEMF voltages are greater than the reference voltage; storing the rising time interval; and comparing the stored falling and rising time intervals, wherein if the stored falling and rising time intervals are substantially the same then do not change the reference voltage, and if the stored falling and rising time intervals are not substantially the same then change the reference voltage. driving two phases of the three phase BLDC motor with pulse width modulation drive voltage pulses, each PWM drive voltage pulse having a period and a duty cycle, and a voltage from a power source; coupling an un-driven third phase of the three phase BLDC motor to a voltage comparator for comparing back electromotive force (BEMF) voltages thereof; comparing the BEMF voltages to a reference voltage with the voltage comparator; characterized by measuring a falling time interval during a falling BEMF period when the BEMF voltages are less than the reference voltage; storing the falling time interval; measuring a rising time interval during a rising BEMF period when the BEMF voltages are greater than the reference voltage; storing the rising time interval; and comparing the stored falling and rising time intervals, wherein if the stored falling and rising time intervals are substantially the same then do not change the reference voltage, and if the stored falling and rising time intervals are not substantially the same then change the reference voltage. if the stored falling and rising time intervals are substantially the same then do not change the reference voltage, and if the stored falling and rising time intervals are not substantially the same then change the reference voltage.
Information system, comprising - a structure (2,14); - a large projection or transmission element (3,16), wherein - the large projection or transmission element (3,16) is accommodated inside the structure (2,14); and - the information system comprises at least one observation deck (4,5) which is oriented at the projection or transmission element, characterised in that the observation deck (4,5) is also arranged inside the structure (2,14) between the structure and the large projection or transmission element (3,16) wherein a viewing surface of the projection or transmission element (3,16) is outward oriented relative to the structure and towards the observation deck (4,5). - a structure (2,14); - a large projection or transmission element (3,16), wherein - the large projection or transmission element (3,16) is accommodated inside the structure (2,14); and - the information system comprises at least one observation deck (4,5) which is oriented at the projection or transmission element, characterised in that the observation deck (4,5) is also arranged inside the structure (2,14) between the structure and the large projection or transmission element (3,16) wherein a viewing surface of the projection or transmission element (3,16) is outward oriented relative to the structure and towards the observation deck (4,5).
A visualization device which is communicable with one or a plurality of host servers for hosting a virtual system, the visualization device comprising: an information acquisition unit configured for collecting configuration information on the virtual system and the host server; a storage unit configured for storing the configuration information therein; characterised by a drawing unit configured for expressing virtual machines and virtual networks configuring the virtual system with different axes based on the configuration information stored in the storage unit, expressing a connection relationship between the virtual machines and the virtual networks to which the virtual machines are connected by linking the lines extending from the respective axes, and grouping virtual machines in units of server on which the virtual machines operate thereby to generate drawing information for expressing the configuration of the virtual system and the host server. an information acquisition unit configured for collecting configuration information on the virtual system and the host server; a storage unit configured for storing the configuration information therein; characterised by a drawing unit configured for expressing virtual machines and virtual networks configuring the virtual system with different axes based on the configuration information stored in the storage unit, expressing a connection relationship between the virtual machines and the virtual networks to which the virtual machines are connected by linking the lines extending from the respective axes, and grouping virtual machines in units of server on which the virtual machines operate thereby to generate drawing information for expressing the configuration of the virtual system and the host server.
A modified bentonite comprising intercalated bentonite grains having a size of at least 200 nm, wherein each of the intercalated bentonite grains is intercalated with at least two different metal ions selected from the group consisting of the following pairs of ions: Ag + and Cu 2+ ions, Ag + and Zn 2+ ions, Ag + and Ni 2+ ions.
A method in a Network Function, NF, producer, comprising: transmitting, to a Service Communication Proxy, SCP, a notification request for delivering a notification, wherein the notification request contains a Uniform Resource Identifier, URI, having a predetermined service path indicating that the notification request is associated with a default notification subscription, wherein the notification request further contains one or more parameters required for the SCP to select a target NF consumer of the notification; and wherein the one or more parameters comprise at least one of an N1 message class and an N2 information class for the notification. transmitting, to a Service Communication Proxy, SCP, a notification request for delivering a notification, wherein the notification request contains a Uniform Resource Identifier, URI, having a predetermined service path indicating that the notification request is associated with a default notification subscription, wherein the notification request further contains one or more parameters required for the SCP to select a target NF consumer of the notification; and wherein the one or more parameters comprise at least one of an N1 message class and an N2 information class for the notification.
A filter, comprising: a base plate having port means (52, 54) for inletting and outletting fluid into and out of the filter; a canister having an annular sidewall and a closed end portion, the annular sidewall extending axially from the closed end portion to the base plate, the sidewall extending around an outer periphery of the base plate, the sidewall including an annular terminating lip portion wrapped radially inward over the base plate; filtering means comprising filtering media contained in the canister for filtering fluid; characterized in that an annular trough is formed into the base plate along an exterior surface thereof, the annular trough having a bottom, an inside annular wall, and an outside annular wall, the outside annular wall diverging outwardly from the bottom in a substantially oblique manner relative to the annular sidewall of the filter to form an outer peripheral retention corner at an outer periphery of the base plate; and that the terminating lip portion is engaging the retention corner to directly secure the canister to the base plate and including a free terminating annular end portion projecting radially inwardly. a base plate having port means (52, 54) for inletting and outletting fluid into and out of the filter; a canister having an annular sidewall and a closed end portion, the annular sidewall extending axially from the closed end portion to the base plate, the sidewall extending around an outer periphery of the base plate, the sidewall including an annular terminating lip portion wrapped radially inward over the base plate; filtering means comprising filtering media contained in the canister for filtering fluid; characterized in that an annular trough is formed into the base plate along an exterior surface thereof, the annular trough having a bottom, an inside annular wall, and an outside annular wall, the outside annular wall diverging outwardly from the bottom in a substantially oblique manner relative to the annular sidewall of the filter to form an outer peripheral retention corner at an outer periphery of the base plate; and that the terminating lip portion is engaging the retention corner to directly secure the canister to the base plate and including a free terminating annular end portion projecting radially inwardly.
An image recording apparatus comprising: a liquid chamber for storing liquid used for recording of an image; a first electrode pin and a second electrode pin which are inserted into the liquid chamber; an application unit configured to apply a voltage between the first electrode pin and the second electrode pin; and a detection unit configured to detect a current which flows between the first electrode pin and the second electrode pin, characterized by being configured such that in a first period operation, the application unit applies the voltage between the first electrode pin and the second electrode pin, with the first electrode pin being used as an anode side and the second electrode pin being used as a cathode side, and the detection unit detects the current, and in a second period operation, the application unit applies the voltage between the first electrode pin and the second electrode pin, with the first electrode pin being used as the cathode side and the second electrode pin being used as the anode side. a liquid chamber for storing liquid used for recording of an image; a first electrode pin and a second electrode pin which are inserted into the liquid chamber; an application unit configured to apply a voltage between the first electrode pin and the second electrode pin; and a detection unit configured to detect a current which flows between the first electrode pin and the second electrode pin, characterized by being configured such that in a first period operation, the application unit applies the voltage between the first electrode pin and the second electrode pin, with the first electrode pin being used as an anode side and the second electrode pin being used as a cathode side, and the detection unit detects the current, and in a second period operation, the application unit applies the voltage between the first electrode pin and the second electrode pin, with the first electrode pin being used as the cathode side and the second electrode pin being used as the anode side.
A contact probe comprising a shell comprising a body having a shell cavity: at least one plunger slidably received in the shell cavity and including a tip portion extending outwardly from the shell through at least one opening in at least one end of the shell; a biasing device configured to exert a biasing force on the at least one plunger; and at least one insulation member resembling a ring and comprising an insulative material, the at least one insulation member being disposed on at least a portion of an outer surface of the tip portion of the at least one plunger, characterised in the outer surface having a narrowed section exhibiting a generally U-shaped cross section about at least a portion of its periphery bounded by at least one non-narrowed section, the narrowed section and the at least one non-narrowed section being configured such that the at least one insulation member is received about and entirely seated in the narrowed section. at least one plunger slidably received in the shell cavity and including a tip portion extending outwardly from the shell through at least one opening in at least one end of the shell; a biasing device configured to exert a biasing force on the at least one plunger; and at least one insulation member resembling a ring and comprising an insulative material, the at least one insulation member being disposed on at least a portion of an outer surface of the tip portion of the at least one plunger, characterised in the outer surface having a narrowed section exhibiting a generally U-shaped cross section about at least a portion of its periphery bounded by at least one non-narrowed section, the narrowed section and the at least one non-narrowed section being configured such that the at least one insulation member is received about and entirely seated in the narrowed section.