mhurhangee/patent-ind-claim-en huggingface dataset:
A combined stator wedge driver and bar jacking tool for positioning a stator bar and a stator wedge into place along a slot of a stator core , comprising: a bar jacking tool comprising a bar ram to drive the stator bar into the slot in a vertical direction; a stator wedge driver to drive the stator wedge on top of the stator bar in the slot in a horizontal direction; wherein the bar jacking tool and the stator wedge driver are extending from a common housing , the said common housing is enclosing the stator bar before positioning of the stator bar into place along the slot , the common housing further comprises a pair of anchor jaws connected with the common housing , the anchor jaws are to be positioned into grooves in the slot , whereas the anchor jaws are forced against walls of the slot by a downward motion of the bar ram when the stator bar is moved into the slot . a bar jacking tool comprising a bar ram to drive the stator bar into the slot in a vertical direction; a stator wedge driver to drive the stator wedge on top of the stator bar in the slot in a horizontal direction; wherein the bar jacking tool and the stator wedge driver are extending from a common housing , the said common housing is enclosing the stator bar before positioning of the stator bar into place along the slot , the common housing further comprises a pair of anchor jaws connected with the common housing , the anchor jaws are to be positioned into grooves in the slot , whereas the anchor jaws are forced against walls of the slot by a downward motion of the bar ram when the stator bar is moved into the slot .
A glass composition comprising: 60-62 weight percent SiO 2 ; 14.5-16 weight percent Al 2 O 3 ; 14.5-17.5 weight percent CaO; 6-7.5 weight percent MgO; wherein the amount of Na 2 O is 0.09 weight percent or less, and wherein the CaO/MgO ratio on a weight percent basis is greater than 2.0. 60-62 weight percent SiO 2 ; 14.5-16 weight percent Al 2 O 3 ; 14.5-17.5 weight percent CaO; 6-7.5 weight percent MgO;
A system for monitoring fetal health data and/or mother health data, comprising: a belly-covering garment , wherein the belly-covering garment is configured to at least partially cover a belly and to hold one or more sensor modules (120a-d;410a-h) directly adjacent to the belly ; and the one or more sensor modules (120a-d;410a-h) disposed at particular locations within the belly-covering garment , wherein the one or more sensor modules (120a-d;410a-h) comprise: a pulse-oximeter sensor, wherein the pulse-oximeter sensor is configured to gather pulse oximetry data from a mother through contact with the belly ; an accelerometer sensor, wherein the accelerometer sensor is configured to gather movement data from the mother; and a fetal sensor, wherein the fetal sensor is configured to gather fetal health data from a fetus within the belly , the fetal sensor comprising multiple individual sensor units that are each configured to gather a heart rate from the fetus , characterized in that the fetal sensor is configured to identify a particular individual sensor unit from the multiple individual sensor units that is receiving the strongest heart rate signal, and in that the fetal sensor is configured to decrease a sampling rate of the multiple individual sensor units except the particular individual sensor unit. a belly-covering garment , wherein the belly-covering garment is configured to at least partially cover a belly and to hold one or more sensor modules (120a-d;410a-h) directly adjacent to the belly ; and the one or more sensor modules (120a-d;410a-h) disposed at particular locations within the belly-covering garment , wherein the one or more sensor modules (120a-d;410a-h) comprise: a pulse-oximeter sensor, wherein the pulse-oximeter sensor is configured to gather pulse oximetry data from a mother through contact with the belly ; an accelerometer sensor, wherein the accelerometer sensor is configured to gather movement data from the mother; and a fetal sensor, wherein the fetal sensor is configured to gather fetal health data from a fetus within the belly , a pulse-oximeter sensor, wherein the pulse-oximeter sensor is configured to gather pulse oximetry data from a mother through contact with the belly ; an accelerometer sensor, wherein the accelerometer sensor is configured to gather movement data from the mother; and a fetal sensor, wherein the fetal sensor is configured to gather fetal health data from a fetus within the belly , the fetal sensor comprising multiple individual sensor units that are each configured to gather a heart rate from the fetus , characterized in that the fetal sensor is configured to identify a particular individual sensor unit from the multiple individual sensor units that is receiving the strongest heart rate signal, and in that the fetal sensor is configured to decrease a sampling rate of the multiple individual sensor units except the particular individual sensor unit.
Method for monitoring the routing of a request (Ml) relating to a service, said method comprising the following steps implemented by a server hosting said service: - reception (E1) of the request relating to said service; - checking (E3) that the request has been received from a proxy server responsible for monitoring requests for said service; and when said request has not been received from a proxy server responsible for monitoring requests for said service: - transmission (E4, E6) of said request relating to said service to at least one proxy server responsible for monitoring requests for said service. - reception (E1) of the request relating to said service; - checking (E3) that the request has been received from a proxy server responsible for monitoring requests for said service; - transmission (E4, E6) of said request relating to said service to at least one proxy server responsible for monitoring requests for said service.
A method for logging radio resource control, RRC, connection setup failure performed by a user equipment, UE, in a communication system, the method comprising: transmitting , to a base station, at least one preamble for a random access; receiving , from the base station, a random access response as a response to the at least one preamble for the random access; starting a first timer and transmitting , to the base station, a first RRC connection request message for requesting an RRC connection setup; in case that the RRC connection setup is not completed before the first timer expires, logging first information indicating whether a maximum power level was used for a last transmitted preamble among the at least one transmitted preamble; starting a second timer and transmitting , to the base station, a second RRC connection request message for requesting an RRC connection setup; receiving , from the base station, an RRC connection setup message before the second timer expires; transmitting , to the base station, an RRC connection setup complete message including an indicator informing that the UE has failure information; receiving , from the base station, a UE information request message including information for requesting the failure information; and transmitting , to the base station, a UE information response message including the failure information, the failure information including the first information. transmitting , to a base station, at least one preamble for a random access; receiving , from the base station, a random access response as a response to the at least one preamble for the random access; starting a first timer and transmitting , to the base station, a first RRC connection request message for requesting an RRC connection setup; in case that the RRC connection setup is not completed before the first timer expires, logging first information indicating whether a maximum power level was used for a last transmitted preamble among the at least one transmitted preamble; starting a second timer and transmitting , to the base station, a second RRC connection request message for requesting an RRC connection setup; receiving , from the base station, an RRC connection setup message before the second timer expires; transmitting , to the base station, an RRC connection setup complete message including an indicator informing that the UE has failure information; receiving , from the base station, a UE information request message including information for requesting the failure information; and transmitting , to the base station, a UE information response message including the failure information, the failure information including the first information.
An oscillating positive expiratory pressure system, comprising: an oscillating positive expiratory pressure device; an adapter removably coupled to the oscillating positive expiratory pressure device, the adapter comprising a first end coupled to the oscillating positive expiratory pressure device, a second end opposite the first end coupled to a mouthpiece , wherein a flow channel is defined between the first and second ends , and a port communicating with the flow channel between the first and second ends ; a control module coupled to the adapter and in communication with the flow channel , the control module comprising a visual display , and a pressure sensor and/or microthermal flow sensor and a flexible membrane disposed across the port and defining a chamber adjacent the pressure sensor and/or microthermal flow sensor . an oscillating positive expiratory pressure device; an adapter removably coupled to the oscillating positive expiratory pressure device, the adapter comprising a first end coupled to the oscillating positive expiratory pressure device, a second end opposite the first end coupled to a mouthpiece , wherein a flow channel is defined between the first and second ends , and a port communicating with the flow channel between the first and second ends ; a control module coupled to the adapter and in communication with the flow channel , the control module comprising a visual display , and a pressure sensor and/or microthermal flow sensor and a flexible membrane disposed across the port and defining a chamber adjacent the pressure sensor and/or microthermal flow sensor .
A device, comprising: a conductive damascene layer having a first surface ; a conductive barrier layer on the conductive damascene layer, the conductive barrier layer coupled to the conductive damascene layer, the conductive barrier layer having a second surface (236; 308) that faces away from the first surface; at least one insulating layer (224, 226, 228; 329) on the conductive barrier layer, the at least one insulating layer including a first sidewall that extends from the conductive barrier layer, the first sidewall is transverse to the first surface and the second surface; a conductive structure coupled to the conductive barrier layer , the conductive structure is separated from the conductive damascene layer by the conductive barrier layer, the conductive structure including: a first portion extending from the second surface of the conductive barrier layer in a first direction; a second portion on the first portion and extending in a second direction transverse to the first direction; and a second sidewall extending along the first portion from the second surface of the conductive barrier layer; a crevice (260; 330) between the first sidewall and the second sidewall, extends along the first sidewall and the second sidewall, and separates the first sidewall from the second sidewall. a conductive damascene layer having a first surface ; a conductive barrier layer on the conductive damascene layer, the conductive barrier layer coupled to the conductive damascene layer, the conductive barrier layer having a second surface (236; 308) that faces away from the first surface; at least one insulating layer (224, 226, 228; 329) on the conductive barrier layer, the at least one insulating layer including a first sidewall that extends from the conductive barrier layer, the first sidewall is transverse to the first surface and the second surface; a conductive structure coupled to the conductive barrier layer , the conductive structure is separated from the conductive damascene layer by the conductive barrier layer, the conductive structure including: a first portion extending from the second surface of the conductive barrier layer in a first direction; a second portion on the first portion and extending in a second direction transverse to the first direction; and a second sidewall extending along the first portion from the second surface of the conductive barrier layer; a first portion extending from the second surface of the conductive barrier layer in a first direction; a second portion on the first portion and extending in a second direction transverse to the first direction; and a second sidewall extending along the first portion from the second surface of the conductive barrier layer; a crevice (260; 330) between the first sidewall and the second sidewall, extends along the first sidewall and the second sidewall, and separates the first sidewall from the second sidewall.
A housing part for an auto-injector comprising a shell form body defining inner and outer shell surfaces and comprising a relatively hard or generally incompressible material; an over-coating formed of a relatively softer or more compressible material, said over-coating covering at least part of said outer shell surface of said shell form body ; and at least one window defined in the shell form body , characterized in that said over-coating extends into said at least one window beyond the depth of the inner shell surface to define an inwardly protruding element . a shell form body defining inner and outer shell surfaces and comprising a relatively hard or generally incompressible material; an over-coating formed of a relatively softer or more compressible material, said over-coating covering at least part of said outer shell surface of said shell form body ; and at least one window defined in the shell form body , characterized in that said over-coating extends into said at least one window beyond the depth of the inner shell surface to define an inwardly protruding element .
A method for producing moulded parts from environmentally degradable fibrous material by means of a fibre moulding process in a fibre moulding system comprising the following steps: - providing at least a first pulp as liquid solution with environmentally degradable fibrous material in at least a first pulp reservoir ; - partial-moulding of the moulded part by means of at least a first partial immersion of a suction tool into the first pulp , wherein the suction tool , as a multi-tool, comprises a plurality of suction heads in each case with a three-dimensionally shaped suction head suction side adapted to a contour of the moulded part to be partial-moulded, wherein, in the suction tool , a plurality of moulded parts corresponding to the number of suction heads of the multi-tool is simultaneously partial-moulded out of the pulp reservoir as a common pulp reservoir for the multi-tool, and drawing of the fibrous material out of the first pulp on the respective suction head suction sides of the suction heads by means of negative pressure in the suction tool ; and - outputting of the finish-moulded moulded part ; wherein the production method additionally comprises applying a functional layer or a layer system of several functional layers and/or depositing a further layer of fibrous material to and/or on a surface of the moulded part to be coated. - providing at least a first pulp as liquid solution with environmentally degradable fibrous material in at least a first pulp reservoir ; - partial-moulding of the moulded part by means of at least a first partial immersion of a suction tool into the first pulp , wherein the suction tool , as a multi-tool, comprises a plurality of suction heads in each case with a three-dimensionally shaped suction head suction side adapted to a contour of the moulded part to be partial-moulded, wherein, in the suction tool , a plurality of moulded parts corresponding to the number of suction heads of the multi-tool is simultaneously partial-moulded out of the pulp reservoir as a common pulp reservoir for the multi-tool, and drawing of the fibrous material out of the first pulp on the respective suction head suction sides of the suction heads by means of negative pressure in the suction tool ; and - outputting of the finish-moulded moulded part ;
A tire having a tread portion, wherein the cap rubber layer forming the tread portion is formed from a rubber composition containing 60 parts by mass or more and 80 parts by mass or less of styrene-butadiene rubber (SBR) having a styrene content of 20% by mass or less in 100 parts by mass of the rubber component, and containing 100 parts by mass or less of silica with respect to 100 parts by mass of the rubber component, whose loss tangent (30°C tan δ) measured in deformation mode: tensile under the conditions of temperature of 30°C, frequency of 10 Hz, initial strain of 5%, and dynamic strain rate of 1% is 0.25 or less; and the thickness of the tread portion is 6 mm or more and 12 mm or less. the cap rubber layer forming the tread portion is formed from a rubber composition containing 60 parts by mass or more and 80 parts by mass or less of styrene-butadiene rubber (SBR) having a styrene content of 20% by mass or less in 100 parts by mass of the rubber component, and containing 100 parts by mass or less of silica with respect to 100 parts by mass of the rubber component, whose loss tangent (30°C tan δ) measured in deformation mode: tensile under the conditions of temperature of 30°C, frequency of 10 Hz, initial strain of 5%, and dynamic strain rate of 1% is 0.25 or less; and the thickness of the tread portion is 6 mm or more and 12 mm or less.
A system for controlling a pixelated lighting device , said pixelated lighting device comprising a plurality of individually addressable light segments (11-19), said system comprising: at least one control interface ; and at least one processor configured to: - determine a location of a further light source relative to said pixelated lighting device , - obtain original light settings for said pixelated lighting device , said original light settings being associated with respective ones of said individually addressable light segments (11-19), - obtain a further original light setting for said further light source , - adjust said original light settings based on said further original light setting and said relative location of said further light source , and - control, via said at least one control interface , said individually addressable light segments (11-19) to emit light according to said adjusted original light settings, characterised in that said at least one processor is configured to adjust said original light settings by assigning, in said adjusted original light settings, at least one of said original light settings to a different individually addressable light segment than an individually addressable light segment associated with said original light setting in said original light settings. at least one control interface ; and at least one processor configured to: - determine a location of a further light source relative to said pixelated lighting device , - obtain original light settings for said pixelated lighting device , said original light settings being associated with respective ones of said individually addressable light segments (11-19), - obtain a further original light setting for said further light source , - adjust said original light settings based on said further original light setting and said relative location of said further light source , and - control, via said at least one control interface , said individually addressable light segments (11-19) to emit light according to said adjusted original light settings, - determine a location of a further light source relative to said pixelated lighting device , - obtain original light settings for said pixelated lighting device , said original light settings being associated with respective ones of said individually addressable light segments (11-19), - obtain a further original light setting for said further light source , - adjust said original light settings based on said further original light setting and said relative location of said further light source , and - control, via said at least one control interface , said individually addressable light segments (11-19) to emit light according to said adjusted original light settings, characterised in that said at least one processor is configured to adjust said original light settings by assigning, in said adjusted original light settings, at least one of said original light settings to a different individually addressable light segment than an individually addressable light segment associated with said original light setting in said original light settings.
Tool head for a hand-held implement with two rotatably mounted tools , it being possible for the first tool to be driven via a first coupler mechanism , and it being possible for the second tool to be driven via a second coupler mechanism , it being possible for the tools to be driven via the coupling mechanisms in opposite directions so as to rotate to and fro about a common rotational axis , the first coupler mechanism comprising a first drive member and a first coupler member , and the second coupler mechanism comprising a second drive member and a second coupler member , the first drive member and the second drive member being mounted such that they can rotate about a common coupler drive axis , the first drive member being coupled to the first coupler member such that it can be pivoted about a first joint axis , and the first coupler member being coupled to the first tool such that it can be pivoted about a second joint axis , the second drive member being coupled to the second coupler member such that it can be pivoted about a third joint axis , and the second coupler member being coupled to the second tool such that it can be pivoted about a fourth joint axis , the first drive member having a first drive member axis which connects the coupler drive axis to the first joint axis , and the second drive member having a second drive member axis which connects the coupler drive axis to the third joint axis , the angle (β) between the first drive member axis and the second drive member axis being greater than 0°, and the rotational axis of the tools and the coupler drive axis defining a centre plane , characterized in that the centre plane runs between the second joint axis and the fourth joint axis .