mhurhangee/patent-ind-claim-en huggingface dataset:
Method for preparing multi-phase mineral raw materials for use as a binder or semi-finished binder product which have at least two different phases which each have mutually different degrees of grindability, wherein the raw material is comminuted by means of grinding rollers in a mill/screen combination , wherein the mill/screen combination has a screen and a mill , wherein at least once comminuted raw material is supplied to the screen of the mill/screen combination and is screened at that location into coarse material and fine material, wherein at least the fine material is supplied to a use as a hydraulic binder or additive material for the cement industry, characterised in that at least a portion of 10 mol.% of the coarse material which is rejected by the screen is drawn off from the mill/screen combination , wherein the portion of heavy millable phase of the coarse material is increased in the coarse material and the remaining coarse material is supplied to the mill again, and in that a sulphate carrier is comminuted with the raw material and the sulphate carrier is enriched by the method in terms of fine material. wherein the raw material is comminuted by means of grinding rollers in a mill/screen combination , wherein the mill/screen combination has a screen and a mill , wherein at least once comminuted raw material is supplied to the screen of the mill/screen combination and is screened at that location into coarse material and fine material, wherein at least the fine material is supplied to a use as a hydraulic binder or additive material for the cement industry, characterised in that at least a portion of 10 mol.% of the coarse material which is rejected by the screen is drawn off from the mill/screen combination , wherein the portion of heavy millable phase of the coarse material is increased in the coarse material and the remaining coarse material is supplied to the mill again, and in that a sulphate carrier is comminuted with the raw material and the sulphate carrier is enriched by the method in terms of fine material.
A method on a mobile device comprising: receiving an IVIS device identifier associated with an in-vehicle infotainment system, IVIS, during initial pairing of the IVIS with the mobile device; determining and storing, at the mobile device, paired-device identity information associated with the IVIS device identifier; connecting the mobile device with the IVIS ; retrieving the stored paired-device identity information associated with the IVIS device identifier received from the IVIS ; responsive to retrieving the paired-device identity information, determining a mobile device behaviour from the retrieved paired-device identity information wherein the determined device behaviour is associated with a behaviour profile, the behaviour profile defining one or more actions to be performed by the mobile device when paired to the IVIS ; based upon the one or more actions defined by the behaviour profile associated with the determined device behaviour: identifying available services of the mobile device that are accessible via the IVIS based on services identified in the behaviour profile ; retrieving content for a lock screen on a display of the mobile device when connected to the IVIS , the lock screen identifying the available services ; and displaying the lock screen on the display of the mobile device . receiving an IVIS device identifier associated with an in-vehicle infotainment system, IVIS, during initial pairing of the IVIS with the mobile device; determining and storing, at the mobile device, paired-device identity information associated with the IVIS device identifier; connecting the mobile device with the IVIS ; retrieving the stored paired-device identity information associated with the IVIS device identifier received from the IVIS ; responsive to retrieving the paired-device identity information, determining a mobile device behaviour from the retrieved paired-device identity information wherein the determined device behaviour is associated with a behaviour profile, the behaviour profile defining one or more actions to be performed by the mobile device when paired to the IVIS ; based upon the one or more actions defined by the behaviour profile associated with the determined device behaviour: identifying available services of the mobile device that are accessible via the IVIS based on services identified in the behaviour profile ; retrieving content for a lock screen on a display of the mobile device when connected to the IVIS , the lock screen identifying the available services ; and displaying the lock screen on the display of the mobile device . identifying available services of the mobile device that are accessible via the IVIS based on services identified in the behaviour profile ; retrieving content for a lock screen on a display of the mobile device when connected to the IVIS , the lock screen identifying the available services ; and displaying the lock screen on the display of the mobile device .
A heat-insulation material , comprising: a first heat-insulation layer that includes a fist silica xerogel and a first infrared radiation-preventing material ; and a third heat-insulation layer that includes a third silica xerogel and second fibers , wherein the first heat-insulation layer and the third heat-insulation layer are layered. a first heat-insulation layer that includes a fist silica xerogel and a first infrared radiation-preventing material ; and a third heat-insulation layer that includes a third silica xerogel and second fibers , wherein the first heat-insulation layer and the third heat-insulation layer are layered.
A signal processing method, comprising: receiving , by a first base station, a first measurement report from a terminal device, wherein the first measurement report comprises measurement information of one or more cells; and sending , by the first base station, the first measurement report to a second base station; characterized by further comprising: sending, by the first base station, uplink resource configuration information to the second base station, wherein the uplink resource configuration information comprises at least one of resource block, RB location information, a modulation and coding scheme, MCS, and a frequency hopping indication; wherein the first base station is a serving base station of the terminal device and the second base station is a neighboring base station of the first base station. receiving , by a first base station, a first measurement report from a terminal device, wherein the first measurement report comprises measurement information of one or more cells; and sending , by the first base station, the first measurement report to a second base station; characterized by further comprising: sending, by the first base station, uplink resource configuration information to the second base station, wherein the uplink resource configuration information comprises at least one of resource block, RB location information, a modulation and coding scheme, MCS, and a frequency hopping indication; wherein the first base station is a serving base station of the terminal device and the second base station is a neighboring base station of the first base station. sending, by the first base station, uplink resource configuration information to the second base station, wherein the uplink resource configuration information comprises at least one of resource block, RB location information, a modulation and coding scheme, MCS, and a frequency hopping indication; wherein the first base station is a serving base station of the terminal device and the second base station is a neighboring base station of the first base station.
A lighting device comprising a solid state light source configured to provide blue light having a dominant wavelength selected from the range of 440-490 nm, a first luminescent material configured to convert part of the blue light into first luminescent material light having intensity in one or more of the green and yellow having a CIE u' , and a second luminescent material configured to convert part of one or more of the blue light and the first luminescent material light into second luminescent material light having intensity in one or more of the orange and red having a CIE u' , wherein the first luminescent material and the second luminescent material are selected to provide said first luminescent material light and said second luminescent material light defined by a maximum ratio of CIE u' and CIE u' being CIE u' = 1.58 ∗ CIE u' + 0.255, and a minimum ratio of CIE u' and CIE u' being CIE u' = 2.3 ∗ CIE u' + 0.04, wherein the lighting device is configured to provide at a first setting of the lighting device white lighting device light having a color temperature of at maximum 3500 K.
Optical connector comprising: a ferrule configured to house one or more optical fibers; an inner housing (310; 510; 710) configured to hold the ferrule and having a distal end in a connection direction and a proximal end in a cable direction, the inner housing (310; 510; 710) having a top and bottom each extending between the distal end and the proximal end; an outer housing (320; 520; 720) at least partially surrounding the inner housing (310; 510; 710); and a flange provided on the top or bottom of the inner housing; characterized by a resilient biasing projection (321; 521; 723) extending from the outer housing (320; 520; 720) and arranged on the same side as the flange to cooperate with the flange to bias the outer housing (320; 520; 720) towards the distal end of the inner housing (310; 510; 710) when moving the outer housing towards the proximal end of the inner housing, wherein the resilient biasing projection (321; 521; 723) is integrally formed with the outer housing (320; 520; 720). a ferrule configured to house one or more optical fibers; an inner housing (310; 510; 710) configured to hold the ferrule and having a distal end in a connection direction and a proximal end in a cable direction, the inner housing (310; 510; 710) having a top and bottom each extending between the distal end and the proximal end; an outer housing (320; 520; 720) at least partially surrounding the inner housing (310; 510; 710); and a flange provided on the top or bottom of the inner housing; characterized by a resilient biasing projection (321; 521; 723) extending from the outer housing (320; 520; 720) and arranged on the same side as the flange to cooperate with the flange to bias the outer housing (320; 520; 720) towards the distal end of the inner housing (310; 510; 710) when moving the outer housing towards the proximal end of the inner housing, wherein the resilient biasing projection (321; 521; 723) is integrally formed with the outer housing (320; 520; 720).
A method of preparing a starved-electrolyte nickel metal hydride battery comprising two or more cells having a housing containing said two or more cells wherein each cell comprises a first electrode, a second electrode, a porous separator arranged between the first electrode and the second electrode, and an aqueous alkaline electrolyte arranged between the first electrode and the second electrode, wherein the separator, the first electrode and the second electrode are configured to allow exchange of hydrogen and oxygen by allowing gas to migrate between the two electrodes, and wherein the housing further comprises means for adding a gas or a liquid to the housing; and wherein the method of preparing the battery comprises the steps: a. providing a housing, a first electrode, a second electrode, and an aqueous alkaline electrolyte, wherein the housing comprises a means for reducing the pressure in the housing and means for adding a gas or a liquid to the housing; b. arranging the first electrode and the second electrode and the alkaline electrolyte in the housing in order to prepare a starved-electrolyte metal hydride battery; c. evacuating the housing using said means for reducing the pressure in the housing in order to create a reduced pressure; and characterized in d. adding oxygen gas or hydrogen peroxide or a combination thereof to the housing using said means for adding a gas or a liquid to the housing, wherein the oxygen gas or hydrogen peroxide is added to the battery when the battery has reached a state of charge of at least 50%. a. providing a housing, a first electrode, a second electrode, and an aqueous alkaline electrolyte, wherein the housing comprises a means for reducing the pressure in the housing and means for adding a gas or a liquid to the housing; b. arranging the first electrode and the second electrode and the alkaline electrolyte in the housing in order to prepare a starved-electrolyte metal hydride battery; c. evacuating the housing using said means for reducing the pressure in the housing in order to create a reduced pressure; and characterized in d. adding oxygen gas or hydrogen peroxide or a combination thereof to the housing using said means for adding a gas or a liquid to the housing, wherein the oxygen gas or hydrogen peroxide is added to the battery when the battery has reached a state of charge of at least 50%.
A lighting device comprising: a support structure comprising: a plurality of conductor segments (13a.1, 13a.2, 13a.3, 13a.4, 13a.5, 13b.1) organized into a first layer and a second layer , the first and second layers each comprising at least two conductor segments, each conductor segment electrically insulated from other conductor segments; a central mounting face formed by a portion of each of the plurality of conductor segments; and at least one lateral mounting face formed by a portion of each of the conductor segments of the first layer ; a plurality of first light emitting elements (11.1, 11.2, 11.3, 11.4, 11.5) arranged on the central mounting face ; each of the first light emitting elements in contact with one conductor segment from the first layer and one conductor segment from the second layer , each first light emitting element contacting a conductor segment different from a conductor segment contacted by other first light emitting elements; and a plurality of second light emitting elements (12a.1, 12a.2, 12a.3, 12a.4, 12a.5) arranged on the lateral mounting face ; each of the second light emitting elements in contact with one conductor segment from the first layer ; each second light emitting element contacting a conductor segment different from a conductor segment contacted by other second light emitting elements. a support structure comprising: a plurality of conductor segments (13a.1, 13a.2, 13a.3, 13a.4, 13a.5, 13b.1) organized into a first layer and a second layer , the first and second layers each comprising at least two conductor segments, each conductor segment electrically insulated from other conductor segments; a central mounting face formed by a portion of each of the plurality of conductor segments; and at least one lateral mounting face formed by a portion of each of the conductor segments of the first layer ; a plurality of conductor segments (13a.1, 13a.2, 13a.3, 13a.4, 13a.5, 13b.1) organized into a first layer and a second layer , the first and second layers each comprising at least two conductor segments, each conductor segment electrically insulated from other conductor segments; a central mounting face formed by a portion of each of the plurality of conductor segments; and at least one lateral mounting face formed by a portion of each of the conductor segments of the first layer ; a plurality of first light emitting elements (11.1, 11.2, 11.3, 11.4, 11.5) arranged on the central mounting face ; each of the first light emitting elements in contact with one conductor segment from the first layer and one conductor segment from the second layer , each first light emitting element contacting a conductor segment different from a conductor segment contacted by other first light emitting elements; and a plurality of second light emitting elements (12a.1, 12a.2, 12a.3, 12a.4, 12a.5) arranged on the lateral mounting face ; each of the second light emitting elements in contact with one conductor segment from the first layer ; each second light emitting element contacting a conductor segment different from a conductor segment contacted by other second light emitting elements.
Impact damping device for motor vehicles, comprising a rigid hollow profile with a longitudinal axis , which is arranged in the direction of impact, and a guide device having a front part accommodated in a cavity of the hollow profile and a central part , wherein the central part has at least two separating devices distributed around the circumference of the guide device the separating devices having the form of webs projecting radially outwards with an outer dimension which is greater than an inner dimension of the hollow profile in this region of the central part , and with an edge defining the outer dimension, and wherein the guide device is displaceable in the direction of the longitudinal axis and the hollow profile is deformed by the impact of a vehicle, characterized in that at least two directing devices are provided which are arranged between the separating devices , the outer dimension of which increases in the direction away from the front part and which also have an outer edge which is offset rearwardly relative to the edge of the separating devices having the form of webs and which also have an outer dimension which increases rearwardly.
A method for measuring the cutting force on a fiber , said method comprising the steps of: a. providing a blade having an edge; b. providing a fiber mount for holding said fiber ; wherein said fiber mount comprises a fiber sleeve to contain said fiber in said fiber mount , wherein said fiber sleeve has a fiber outlet where the fiber exits the fiber sleeve, wherein said fiber sleeve allows the fiber to move laterally and/or rotate around a longitudinal axis, and wherein said fiber mount comprises a fiber mount outlet ; c. providing at least one sensor connected to said fiber mount ; d. moving said blade toward said fiber and cutting said fiber ; and e. Measuring the cutting force on said fiber with said sensor . a. providing a blade having an edge; b. providing a fiber mount for holding said fiber ; wherein said fiber mount comprises a fiber sleeve to contain said fiber in said fiber mount , wherein said fiber sleeve has a fiber outlet where the fiber exits the fiber sleeve, wherein said fiber sleeve allows the fiber to move laterally and/or rotate around a longitudinal axis, and wherein said fiber mount comprises a fiber mount outlet ; c. providing at least one sensor connected to said fiber mount ; d. moving said blade toward said fiber and cutting said fiber ; and e. Measuring the cutting force on said fiber with said sensor .
A method for wideband short-range wireless communication in a source node, the method comprising: determining a first time interval and a second time interval for a cooperated data frame transfer based on a packet transmission time at each transmission from a source node to a destination node; transmitting a frame to a relay node through an antenna pattern directed towards the relay node at a start point of the first time interval ; and transmitting the frame to the destination node through an antenna pattern directed towards a destination node after a predetermined time from a start point of the second time interval , wherein, in response to a completion of the cooperated data frame transfer, the source node transmits a relay link setup teardown frame to the relay node, the destination node and a personal basic service set control point, PCP, or an access point, AP, wherein the source node sets a source association ID(AID) field to an AID of the source node, sets a relay AID field to an AID of the relay node, and sets a destination AID field to an AID of the destination node within the relay link setup teardown frame. determining a first time interval and a second time interval for a cooperated data frame transfer based on a packet transmission time at each transmission from a source node to a destination node; transmitting a frame to a relay node through an antenna pattern directed towards the relay node at a start point of the first time interval ; and transmitting the frame to the destination node through an antenna pattern directed towards a destination node after a predetermined time from a start point of the second time interval , wherein, in response to a completion of the cooperated data frame transfer, the source node transmits a relay link setup teardown frame to the relay node, the destination node and a personal basic service set control point, PCP, or an access point, AP, wherein the source node sets a source association ID(AID) field to an AID of the source node, sets a relay AID field to an AID of the relay node, and sets a destination AID field to an AID of the destination node within the relay link setup teardown frame.
A method of a user equipment, UE, in a communication system, comprising: establishing first connection with a first cell using a first access technology; transmitting , to the first cell via the first connection, capability information of the UE, the capability information indicated that the UE support an operation to receive data from the first cell using the first access technology and a second cell using a second access technology, different from the first access technology; receiving first data from the first cell via the first connection; receiving configuration information related to the second cell using the second access technology, from the first cell via the first connection; establishing second connection with the second cell using the second access technology based on the configuration information; and receiving second data from the second cell via the second connection while the first data is received from the first cell, wherein the first cell and the second cell are simultaneously active for the UE, and wherein the first cell and the second cell are connected with one core network. establishing first connection with a first cell using a first access technology; transmitting , to the first cell via the first connection, capability information of the UE, the capability information indicated that the UE support an operation to receive data from the first cell using the first access technology and a second cell using a second access technology, different from the first access technology; receiving first data from the first cell via the first connection; receiving configuration information related to the second cell using the second access technology, from the first cell via the first connection; establishing second connection with the second cell using the second access technology based on the configuration information; and receiving second data from the second cell via the second connection while the first data is received from the first cell, wherein the first cell and the second cell are simultaneously active for the UE, and wherein the first cell and the second cell are connected with one core network.