mhurhangee/patent-ind-claim-en huggingface dataset:
A shift fork comprising: a rod that extends from a first end surface to a second end surface that is disposed opposite the first end surface , wherein rod includes: a first prong that extends from the first end surface to a first intermediate segment ; a second prong that extends from the second end surface to a second intermediate segment , the second prong being spaced apart from the first prong and cooperating with the first prong to define an opening that is adapted to receive a clutch collar , wherein the first intermediate segment is disposed substantially parallel to the second intermediate segment ; and a ring portion that has a generally circular configuration that defines a hole and extends from the first intermediate segment to the second intermediate segment . a first prong that extends from the first end surface to a first intermediate segment ; a second prong that extends from the second end surface to a second intermediate segment , the second prong being spaced apart from the first prong and cooperating with the first prong to define an opening that is adapted to receive a clutch collar , wherein the first intermediate segment is disposed substantially parallel to the second intermediate segment ; and a ring portion that has a generally circular configuration that defines a hole and extends from the first intermediate segment to the second intermediate segment .
Beverage container comprising one parison , globally with a rotational symmetry around a vertical axis Z, comprising on the inside of said parison at least one relief on the internal wall of the parison , said relief extending helically from a height of the parison lower than or equal to the level of the mouth , to a level higher than or equal to the bottom of the parison , and being able to receive the beverage on one of its contours and make it slide along its helix, characterized in that said relief being further inclined according to an angle α towards the top of the internal surface of the parison in relation to a plane perpendicular to the vertical axis Z so as to form a gutter with the internal surface of the parison on at least one part of the length of the helix formed by said relief .
A pet bed having a frame body with a cushioning property and a mat with a cushioning property enclosed in the frame body, wherein the frame body and the mat each have a height in a thickness direction, the height of the frame body is higher than the height of the mat , the mat has a fiber structure composed of thermoplastic resin fibers having an average fiber diameter of 0.01 to 5 mm, the fiber structure is a web-like structure with the thermoplastic resin fibers tangled in a disordered manner and mutually joined, and when the frame body and the mat are compressed under the same pressure, the reduction in thickness of the mat when compressed is smaller than the reduction in thickness of the frame body when compressed. the frame body and the mat each have a height in a thickness direction, the height of the frame body is higher than the height of the mat , the mat has a fiber structure composed of thermoplastic resin fibers having an average fiber diameter of 0.01 to 5 mm, the fiber structure is a web-like structure with the thermoplastic resin fibers tangled in a disordered manner and mutually joined, and when the frame body and the mat are compressed under the same pressure, the reduction in thickness of the mat when compressed is smaller than the reduction in thickness of the frame body when compressed.
A power tool, comprising: a main body housing comprising a power unit configured at a distance from a trimmer assembly by a support member having a support member axis ; said trimmer assembly having a motor unit powered by said power unit and configured to drive a trimmer unit having a trimmer axle about which a trimmer head having at least one of a trimmer blade can be rotated by an operator to configure said at least one trimmer blade at a desired trimmer angle; and characterised in that : said motor unit and said trimmer unit are generally in balance with one another about the support member axis belonging to a balance plane ; and said motor unit and trimmer unit are on opposing sides of the balance plane , wherein the balance plane is perpendicular to a trim plane of the at least one trimmer blade. a main body housing comprising a power unit configured at a distance from a trimmer assembly by a support member having a support member axis ; said trimmer assembly having a motor unit powered by said power unit and configured to drive a trimmer unit having a trimmer axle about which a trimmer head having at least one of a trimmer blade can be rotated by an operator to configure said at least one trimmer blade at a desired trimmer angle; and characterised in that : said motor unit and said trimmer unit are generally in balance with one another about the support member axis belonging to a balance plane ; and said motor unit and trimmer unit are on opposing sides of the balance plane , wherein the balance plane is perpendicular to a trim plane of the at least one trimmer blade. said motor unit and said trimmer unit are generally in balance with one another about the support member axis belonging to a balance plane ; and said motor unit and trimmer unit are on opposing sides of the balance plane , wherein the balance plane is perpendicular to a trim plane of the at least one trimmer blade.
User Equipment , UE, for a Radio Access Network, the UE being adapted for sidelink communication on a sidelink for which data is exchanged between the UE and another UE directly and/or without being relayed via a network node, the UE further being adapted for transmitting acknowledgement signaling pertaining to sidelink data, the sidelink data comprising one or more data elements; wherein the acknowledgement signaling has a signaling format comprising one or more acknowledgement substructures, each of the substructures comprising one or more bits representing acknowledgement information pertaining to one of the data elements; wherein further each of the acknowledgment substructures is mapped to a different one of the data elements based on at least one acknowledgement position indication provided in control signaling received by the UE ; the acknowledgement position indication comprising a timing indication; the timing indication indicating a slot for transmitting the acknowledgement signaling; the acknowledgement position indication further comprising a resource selection indication indicating a resource for transmitting the acknowledgement signaling, the resource being a time-frequency resource and being selected by the resource selection indication from a pool of resources configured to the UE to be available for transmitting the acknowledgement signaling in the slot indicated by the timing indication; wherein further resources of the configured pool of resources for transmitting the acknowledgement signaling have different associated formats for transmission of the acknowledgement signaling or different payload size, and and wherein the timing indication is used to select a substructure within the resource selected by the resource selection indication. the timing indication indicating a slot for transmitting the acknowledgement signaling; the acknowledgement position indication further comprising a resource selection indication indicating a resource for transmitting the acknowledgement signaling, the resource being a time-frequency resource and being selected by the resource selection indication from a pool of resources configured to the UE to be available for transmitting the acknowledgement signaling in the slot indicated by the timing indication; wherein further resources of the configured pool of resources for transmitting the acknowledgement signaling have different associated formats for transmission of the acknowledgement signaling or different payload size, and and wherein the timing indication is used to select a substructure within the resource selected by the resource selection indication.
Filling nozzle for delivering a fluid into a tank, said filling nozzle having: a. a first fluid connector which is connectable to a fluid infeed line; b. a second fluid connector which is connectable to a connector port of the tank; c. a duct for directing the fluid from the first fluid connector to the second fluid connector ; d. a main valve which is disposed in the duct; e. a coupling installation for establishing a connection between the filling nozzle and the connector port ; and f. an activation device for activating the coupling installation and the main valve, wherein the activation device has a hand lever which is movable between a closed position and an opened position, wherein the activation device is specified for converting a movement of the hand lever between the closed position and the opened position to a temporally offset activation of the coupling installation and the main valve, characterized in that the coupling installation in a displacement of the second fluid connector in the direction of the connector port is configured for establishing automatic locking between the second fluid connector and the connector port , wherein the activation device in a movement of the hand lever from the opened position to the closed position is configured for first activating the main valve and for subsequently releasing the locking mechanism between the second fluid connector and the connector port . a. a first fluid connector which is connectable to a fluid infeed line; b. a second fluid connector which is connectable to a connector port of the tank; c. a duct for directing the fluid from the first fluid connector to the second fluid connector ; d. a main valve which is disposed in the duct; e. a coupling installation for establishing a connection between the filling nozzle and the connector port ; and f. an activation device for activating the coupling installation and the main valve, wherein the activation device has a hand lever which is movable between a closed position and an opened position, wherein the activation device is specified for converting a movement of the hand lever between the closed position and the opened position to a temporally offset activation of the coupling installation and the main valve, characterized in that the coupling installation in a displacement of the second fluid connector in the direction of the connector port is configured for establishing automatic locking between the second fluid connector and the connector port , wherein the activation device in a movement of the hand lever from the opened position to the closed position is configured for first activating the main valve and for subsequently releasing the locking mechanism between the second fluid connector and the connector port .
An automated analyzer comprising: a plurality of photometers of different types configured to measure a concentration of a target sample , each photometer having a different output range for measuring target samples with different concentrations, the output range being based on a quantitative range of each photometer representing a measurement error of the photometer depending on a concentration to be measured, and an analysis control unit connected to the plurality of photometers and configured to control analysis of the target sample including measurement of the concentration of the target sample using the plurality of photometers , wherein the analysis control unit is configured to acquire a plurality of measurement results including a plurality of measurement values measured by each of the plurality of photometers , if an abnormality is detected regarding at least one of the plurality of measurement results, add a data alarm according to a type of the abnormality to the at least one measurement result, if one or more data alarms are added to each of the plurality of measurement results, select a measurement result and a data alarm to be output corresponding to at least one predetermined rule, wherein the at least one predetermined rule is based on a predetermined combination of a plurality of data alarms, and output the selected measurement result and data alarm to a user as an analysis result. a plurality of photometers of different types configured to measure a concentration of a target sample , each photometer having a different output range for measuring target samples with different concentrations, the output range being based on a quantitative range of each photometer representing a measurement error of the photometer depending on a concentration to be measured, and an analysis control unit connected to the plurality of photometers and configured to control analysis of the target sample including measurement of the concentration of the target sample using the plurality of photometers , wherein the analysis control unit is configured to acquire a plurality of measurement results including a plurality of measurement values measured by each of the plurality of photometers , if an abnormality is detected regarding at least one of the plurality of measurement results, add a data alarm according to a type of the abnormality to the at least one measurement result, if one or more data alarms are added to each of the plurality of measurement results, select a measurement result and a data alarm to be output corresponding to at least one predetermined rule, wherein the at least one predetermined rule is based on a predetermined combination of a plurality of data alarms, and output the selected measurement result and data alarm to a user as an analysis result.
A machinery for testing one or more electronic components (DUT) at a predetermined controlled temperature ( T ), the machinery comprising: - A surface ; - At least one test recess obtained in a part of said surface and into which the component under test can be arranged; - Means for generating a predetermined thermal condition within said test recess ; - Said test recess being thermally insulated from the surrounding environment; - And wherein said test recess has an upper opening for enabling the insertion of the component to be tested and a barrier element is further comprised suitable for preventing and/or reducing the thermal dispersion through said upper opening; - Characterized in that the barrier element is in the form of a laminar gaseous flow (f1) forming a closure for the said upper opening, preferably said gas flow being air. - A surface ; - At least one test recess obtained in a part of said surface and into which the component under test can be arranged; - Means for generating a predetermined thermal condition within said test recess ; - Said test recess being thermally insulated from the surrounding environment; - And wherein said test recess has an upper opening for enabling the insertion of the component to be tested and a barrier element is further comprised suitable for preventing and/or reducing the thermal dispersion through said upper opening; - Characterized in that the barrier element is in the form of a laminar gaseous flow (f1) forming a closure for the said upper opening, preferably said gas flow being air.
A holder for supporting one or more media sheets with respect to a monitor, the holder comprising: an elongated body having a planar front surface ; a plurality of retainers engaged with the body and extending substantially parallel with but in a separate plane from the planar front surface , the retainers being configured such that in use a media sheet is biased by the retainers into contact with the body so as to be supported in facing relationship with the body ; and a connector adapted to connect the body with an edge of the monitor; wherein in use the retainers are configured to extend at an angle substantially perpendicular to the edge of the monitor. an elongated body having a planar front surface ; a plurality of retainers engaged with the body and extending substantially parallel with but in a separate plane from the planar front surface , the retainers being configured such that in use a media sheet is biased by the retainers into contact with the body so as to be supported in facing relationship with the body ; and a connector adapted to connect the body with an edge of the monitor; wherein in use the retainers are configured to extend at an angle substantially perpendicular to the edge of the monitor.
A dihydrochloride hydrate salt of omecamtiv mecarbil.
Printing device for applying an ink to at least one print substrate, wherein the printing device comprises at least one printing module , wherein the printing module comprises at least one printing head , wherein the printing device further comprises at least one device for producing a flow of fluid, wherein a flow of fluid produced by means of the at least one device for producing a flow of fluid can be guided along at least one outer side of the printing module , wherein the printing module can be moved into at least one maintenance position, which is located next to a printing region , wherein the flow of fluid produced by means of the at least one device for producing a flow of fluid can then be guided along the at least one outer side of the printing module exclusively when the printing module is located in the at least one maintenance position, wherein the printing module can be moved during a printing procedure into at least one reversing position , wherein, in the reversing position , a reversing of a direction of movement of the printing module takes place, wherein a flow of fluid produced by means of the at least one device for producing a flow of fluid, or at least a flow of fluid produced by means of at least one further device for producing a flow of fluid, can be guided along the at least one outer side of the printing module when the printing module is located in the at least one reversing position , wherein the reversing position represents a further maintenance position located next to the printing region , wherein the printing module , during a first part procedure of the printing procedure, can be moved in a direction of movement from the at least one maintenance position into the at least one reversing position , wherein the printing module , during a further part procedure of the printing procedure can be moved against the direction of movement, from the at least one reversing position into the at least one maintenance position, and, further, wherein the outer side is an under side of the printing module , arranged at which is an outlet of the at least one printing head , and wherein the printing module can be moved only in or against a first direction, wherein the flow of fluid can be guided along the outer side of the printing module in a second direction, wherein the second direction is transverse to the first direction.
An electronic device comprising: a memory storing one or more instructions; and a processor configured to execute the one or more instructions stored in the memory to: receive audio data corresponding to a user utterance, where the audio data includes an utterance section comprising a trigger word that indicates the start of the utterance; identify whether the user utterance corresponds to the trigger word; analyse the user utterance corresponding to the trigger word to identify user utterance characteristics including at least one of an utterance rate, utterance energy level, or pitch of uttered sound, change a parameter for performing a function corresponding to voice detection by using the identified user utterance characteristics, and perform the function corresponding to voice detection for user utterances input after the trigger word is received by using the changed parameter. a memory storing one or more instructions; and a processor configured to execute the one or more instructions stored in the memory to: receive audio data corresponding to a user utterance, where the audio data includes an utterance section comprising a trigger word that indicates the start of the utterance; identify whether the user utterance corresponds to the trigger word; analyse the user utterance corresponding to the trigger word to identify user utterance characteristics including at least one of an utterance rate, utterance energy level, or pitch of uttered sound, change a parameter for performing a function corresponding to voice detection by using the identified user utterance characteristics, and perform the function corresponding to voice detection for user utterances input after the trigger word is received by using the changed parameter. receive audio data corresponding to a user utterance, where the audio data includes an utterance section comprising a trigger word that indicates the start of the utterance; identify whether the user utterance corresponds to the trigger word; analyse the user utterance corresponding to the trigger word to identify user utterance characteristics including at least one of an utterance rate, utterance energy level, or pitch of uttered sound, change a parameter for performing a function corresponding to voice detection by using the identified user utterance characteristics, and perform the function corresponding to voice detection for user utterances input after the trigger word is received by using the changed parameter.
Rolling seamer for seaming cans or jars, comprising a seaming roller mounted on a bearing comprising two concentric rings relatively rotatable on rolling elements , a cover integral with the seaming roller to watertightly enclose one side of the bearing, a gasket mounted on the concentric rings for keeping watertight one side of the bearing opposite to the one closest to the cover, lubricating fluid, for the rolling elements, permanently maintained between the cover and the gasket. a seaming roller mounted on a bearing comprising two concentric rings relatively rotatable on rolling elements , a cover integral with the seaming roller to watertightly enclose one side of the bearing, a gasket mounted on the concentric rings for keeping watertight one side of the bearing opposite to the one closest to the cover, lubricating fluid, for the rolling elements, permanently maintained between the cover and the gasket.