mhurhangee/patent-ind-claim-en huggingface dataset:
A call setup method, comprising: sending, by a terminal (10, 102-104), a first message to a network device , wherein the first message is used by the terminal to request to set up an outgoing call; entering, by a terminal (10, 102-104), a call initiating state; receiving, by the terminal (10, 102-104), a second message sent by the network device , wherein the second message is used by the terminal to set up an incoming call; caching, by the terminal (10, 102-104), the second message; receiving, by the terminal (10, 102-104), a fifth message sent by the network device , wherein the fifth message is used to reject or accept the outgoing call setup, and wherein the fifth message may be represented as connect management service accept or as connect management service reject; and releasing, by the terminal (10, 102-104), the outgoing call based on the fifth message when the fifth message is used to reject the outgoing call setup; and resuming, by the terminal (10, 102-104), the outgoing call setup based on the fifth message when the fifth message is used to accept the outgoing call setup. sending, by a terminal (10, 102-104), a first message to a network device , wherein the first message is used by the terminal to request to set up an outgoing call; entering, by a terminal (10, 102-104), a call initiating state; receiving, by the terminal (10, 102-104), a second message sent by the network device , wherein the second message is used by the terminal to set up an incoming call; caching, by the terminal (10, 102-104), the second message; receiving, by the terminal (10, 102-104), a fifth message sent by the network device , wherein the fifth message is used to reject or accept the outgoing call setup, and wherein the fifth message may be represented as connect management service accept or as connect management service reject; and releasing, by the terminal (10, 102-104), the outgoing call based on the fifth message when the fifth message is used to reject the outgoing call setup; and resuming, by the terminal (10, 102-104), the outgoing call setup based on the fifth message when the fifth message is used to accept the outgoing call setup.
A kinetic resolution method of racemic δ-hydroxyl esters via asymmetric catalytic hydrogenation, wherein, in the presence of chiral spiro pyridyl phosphine ligand Iridium catalyst and base, racemic δ-hydroxyl esters were subjected to asymmetric catalytic hydrogenation to obtain extent optical purity chiral δ-hydroxyl esters and corresponding 1,5-diols, when the obtained δ-hydroxyl esters is S configuration, the corresponding 1,5-diols is R configuration; When the obtained δ-hydroxyl esters is R configuration, the corresponding 1,5-diols is S configuration; R 1 is C 1 ∼C 20 alkyl, C 1 ∼C 20 halogen alkyl, C 2 ∼C 20 chain alkenyl, C 4 ∼C 24 aryl, C 5 ∼C 25 aryl alkyl, C 6 ∼C 26 aryl alkenyl, -(C 1 ∼C 8 alkyl)-SR 4 or -(C 1 ∼C 8 alkyl)-NR 5 R 6 , wherein, R 4 , R 5 and R 6 is separately C 1 ∼C 8 alkyl, C 5 ∼C 14 aryl alkyl or C 4 ∼C 15 aryl, R 5 and R 6 also can be cyclic annular amino which have 4-20 carbon atoms; R 2 is C 1 ∼C 5 alkyl. when the obtained δ-hydroxyl esters is S configuration, the corresponding 1,5-diols is R configuration; When the obtained δ-hydroxyl esters is R configuration, the corresponding 1,5-diols is S configuration; R 1 is C 1 ∼C 20 alkyl, C 1 ∼C 20 halogen alkyl, C 2 ∼C 20 chain alkenyl, C 4 ∼C 24 aryl, C 5 ∼C 25 aryl alkyl, C 6 ∼C 26 aryl alkenyl, -(C 1 ∼C 8 alkyl)-SR 4 or -(C 1 ∼C 8 alkyl)-NR 5 R 6 , wherein, R 4 , R 5 and R 6 is separately C 1 ∼C 8 alkyl, C 5 ∼C 14 aryl alkyl or C 4 ∼C 15 aryl, R 5 and R 6 also can be cyclic annular amino which have 4-20 carbon atoms; R 2 is C 1 ∼C 5 alkyl.
A method for controlling a recirculation pump assembly , the method comprising: receiving a process-dependent characteristic; determining a recirculation flow rate of adhesive that flows to the recirculation pump assembly based on the process-dependent characteristic; determining, based on the recirculation flow rate of adhesive, a recirculation pump speed (RPS) of the recirculation pump assembly configured to pump the adhesive to a supply channel that supplies the adhesive to at least one pump assembly (20a-20f) and at least one dispensing module ; and adjusting an operating speed of the recirculation pump assembly to match the recirculation pump speed (RPS). receiving a process-dependent characteristic; determining a recirculation flow rate of adhesive that flows to the recirculation pump assembly based on the process-dependent characteristic; determining, based on the recirculation flow rate of adhesive, a recirculation pump speed (RPS) of the recirculation pump assembly configured to pump the adhesive to a supply channel that supplies the adhesive to at least one pump assembly (20a-20f) and at least one dispensing module ; and adjusting an operating speed of the recirculation pump assembly to match the recirculation pump speed (RPS).
Conveyor grate for conveying and cooling bulk material, comprising a grate floor with a plurality of planks being arranged adjacently to each other and transversely to the conveying direction on an associated support structure, being operationally moved relative to each other solely or in groups and in longitudinal direction, with moving gaps in between allowing a passage of cooling air, wherein the mutually facing side edges or side edge regions of two juxtaposed planks form profiles, between which the moving gap is formed, characterized in that the side edge regions of juxtaposed planks form mutually complementary profiles and that the planks are composed of a plurality of plank portions (24', 24", 24"'; 26', 26" 26'") being arranged one behind the other in longitudinal direction and being interconnected.
Mobile home, with at least one stowage space , which is configured for an accommodation of at least one two-wheeled vehicle , and with at least one bottom wall implementing a bottom of the at least one stowage space , and with at least one tire accommodation , which is configured for an accommodation of at least one tire of the at least one two-wheeled vehicle , wherein the at least one tire accommodation forms a partial deepening in the at least one bottom wall , wherein the at least one tire accommodation has a main longitudinal extension that is aligned transversely to a longitudinal vehicle direction , characterised by a hinge unit , which is configured to support at least one ceiling wall in such a way that it is pivotable relative to the at least one bottom wall , a pivot axis extending in parallel to the longitudinal vehicle direction .
Flashlight with a flashlight housing and a flashlight head which are connected with each other in a captive manner and rotatable to each other in order to form a rotary switch with different switching states, wherein markings (35; 36, 36') are arranged housing side and lamp head side, which allow an unambiguous assignment of the switching states, characterized in that an annular contact spring is rotatably mounted between the flashlight head and the flashlight housing , which contacts a housing side, annular, electrical contact surface with a first portion and latches there in predetermined positions, and which passes over electrical contact zones (10, 10', 10", 10"') of a plate by means of a second portion thereby switching different switching states, the plate is connected to the flashlight housing in a captive manner and at least indirectly, wherein the ringshaped contact spring is at least indirectly connected to the flashlight head so that the contact spring is rotated by a rotary movement of the flashlight head .
Optical protection equipment comprising an adaptive screen and a holder arranged to hold the adaptive screen in front of the eyes of an individual wearing said optical protection equipment , the adaptive screen comprising at least one liquid crystal shutter , at least one of the shutters comprising at least two active zones (121-123, 221-223) adapted to be addressed by a control signal enabling the at least one corresponding shutter to be switched between a passing configuration in which a transmittance is equal to a maximum value, and a blocking configuration in which the transmittance is equal to a minimum value, and in which one of the at least two active zones (121-123, 221-223) said main active zone covers a surface of the adaptive screen less than or equal to 60% of the surface of said adaptive screen , is located in a central area of the adaptive screen and characterized in that said main active zone extends laterally from one edge to the other of the adaptive screen , and is defined by two electrodes located on either side of the liquid crystal shutter.
Multi-pack with at least two containers , which are connected to one another by at least one adhesive point , wherein the containers comprise a basic body and, at the lower end , stand on support regions in the form of points, wherein - the containers exhibit a height (H), and wherein - with at least two adjacent containers of the multi-pack, the adhesive points are arranged, related to the height (H), in the lower half of the containers at transition sections from the support regions in the form of points to the basic body, characterised in that the containers are connected to one another only by the adhesive point, as well as, optionally, by a carrying handle arranged centrally at the upper end . - the containers exhibit a height (H), and wherein - with at least two adjacent containers of the multi-pack, the adhesive points are arranged, related to the height (H), in the lower half of the containers at transition sections from the support regions in the form of points to the basic body, characterised in that the containers are connected to one another only by the adhesive point, as well as, optionally, by a carrying handle arranged centrally at the upper end .
Method for producing wet-laid non-woven fabrics, in which method an aqueous suspension comprising fibres is deposited on a screen of an inclined-screen former and is dewatered by suction boxes below the screen so as to form a sheet of a non-woven web which is retrieved from the screen and guided to at least one following treatment apparatus before the non-woven web is capable of being wound up; and transferring the non-woven web from the screen to the at least one following treatment apparatus and/or transferring the non-woven web at interfaces between treatment apparatuses when starting production and/or upon an interruption of production while resorting to the aid of a web threading installation , wherein the web threading installation takes place by way of a respective temporarily closed draft of a free draft between the screen and the at least one following treatment apparatus , and/or by way of a respective temporarily closed draft of a free draft on an interface between treatment apparatuses , characterized in that the respective temporarily closed draft is generated by air flows of a web threading installation which by suction retrieve an end feeding strip as part of the running non-woven web , by generating negative pressure attach said end feeding strip to a transportation path installation , and guide said end feeding strip onward to the respective following treatment apparatus.
A retaining device for disassembling a wheel having blades of a turbine engine in order to remove a downstream retaining ring of the wheel when the wheel having blades is disposed around a vertical axis (Z) with the upstream side of the wheel turned upward, the blades of the wheel extending radially and being intended to be mounted circumferentially around a disk of the wheel , the wheel including, for each blade , a damping element disposed in a cavity which opens radially inward and which is delimited by a platform of the blade and by an inner upstream wall of the blade terminating by an upstream groove , the downstream retaining ring being housed in a downstream groove of the platform of the blade , the upstream groove and the downstream groove extending radially, characterized in that the retaining device is intended to be mounted coaxially with a vertical axis (Z) and includes: an inter-blade ring sector , which extends circumferentially and comprises a flank extending radially, the ring sector being configured so that the flank can be inserted into a plurality of the upstream grooves being circumferentially adjacent. a plurality of retaining clips , each clip being intended to cooperate with one of the damping elements , the clips extending radially while being attached circumferentially to the ring sector . the blades of the wheel extending radially and being intended to be mounted circumferentially around a disk of the wheel , the wheel including, for each blade , a damping element disposed in a cavity which opens radially inward and which is delimited by a platform of the blade and by an inner upstream wall of the blade terminating by an upstream groove , the downstream retaining ring being housed in a downstream groove of the platform of the blade , the upstream groove and the downstream groove extending radially, characterized in that the retaining device is intended to be mounted coaxially with a vertical axis (Z) and includes: an inter-blade ring sector , which extends circumferentially and comprises a flank extending radially, the ring sector being configured so that the flank can be inserted into a plurality of the upstream grooves being circumferentially adjacent. a plurality of retaining clips , each clip being intended to cooperate with one of the damping elements , the clips extending radially while being attached circumferentially to the ring sector . an inter-blade ring sector , which extends circumferentially and comprises a flank extending radially, the ring sector being configured so that the flank can be inserted into a plurality of the upstream grooves being circumferentially adjacent. a plurality of retaining clips , each clip being intended to cooperate with one of the damping elements , the clips extending radially while being attached circumferentially to the ring sector .
A method for producing an aliphatic polyester resin composition containing 100 parts by weight of an aliphatic polyester (A), 5 to 23 parts by weight of silica (B) and 8 to 23 parts by weight of a dispersion aid (C), wherein the aliphatic polyester (A) is microbiologically produced polyhydroxyalkanoate, the method comprising: a first step of mixing the aliphatic polyester (A) in an amount of 20 to 50% by weight based on a total amount of the aliphatic polyester (A) constituting the composition, and the silica (B); a second step of mixing the dispersion aid (C) with a mixture obtained in the first step; a third step of mixing a mixture obtained in the second step with the aliphatic polyester (A) remaining in an amount of 80 to 50% by weight based on the total amount of the aliphatic polyester (A) constituting the composition; and a step of melting and kneading a mixture obtained in the third step. a first step of mixing the aliphatic polyester (A) in an amount of 20 to 50% by weight based on a total amount of the aliphatic polyester (A) constituting the composition, and the silica (B); a second step of mixing the dispersion aid (C) with a mixture obtained in the first step; a third step of mixing a mixture obtained in the second step with the aliphatic polyester (A) remaining in an amount of 80 to 50% by weight based on the total amount of the aliphatic polyester (A) constituting the composition; and a step of melting and kneading a mixture obtained in the third step.
A medical device made of a bioresorbable material, said bioresorbable material being an intermixed particulate material comprising: cathodic particles and anodic particles bound to each other, wherein - said anodic particles are made of an anodic material and said cathodic particles are made of a cathodic material, said anodic and cathodic materials forming a galvanic couple, the anodic material being electropositive relative to the cathodic material; - said anodic and cathodic particles are present in a predetermined ratio in said bioresorbable material; and - said anodic particles, cathodic particles and predetermined ratio are such that bioresorption of said bioresorbable material is promoted by galvanic corrosion between said anodic and cathodic materials; wherein said material is made of cold-sprayed particles, wherein said anodic material is selected from the group consisting of iron, iron alloys and vanadium and said cathodic material is selected from the group consisting of cobalt-chromium alloys, stainless steel, tantalum, titanium and platinum-steels, and wherein the medical device is selected from the group consisting of stents, markers, anchors, clips, sutures and orthopaedic support devices . - said anodic particles are made of an anodic material and said cathodic particles are made of a cathodic material, said anodic and cathodic materials forming a galvanic couple, the anodic material being electropositive relative to the cathodic material; - said anodic and cathodic particles are present in a predetermined ratio in said bioresorbable material; and - said anodic particles, cathodic particles and predetermined ratio are such that bioresorption of said bioresorbable material is promoted by galvanic corrosion between said anodic and cathodic materials; wherein said material is made of cold-sprayed particles, wherein said anodic material is selected from the group consisting of iron, iron alloys and vanadium and said cathodic material is selected from the group consisting of cobalt-chromium alloys, stainless steel, tantalum, titanium and platinum-steels, and wherein the medical device is selected from the group consisting of stents, markers, anchors, clips, sutures and orthopaedic support devices .
A timepiece calendar mobile indicating the date, the mobile having substantially the shape of a disk or the mobile having substantially the shape of a disk ring, the mobile comprising at least one first obstacle element intended to receive a driving contact action driving the calendar mobile and/or intended to transmit a driving contact action from the calendar mobile, the first obstacle element being made of titanium or of titanium alloy, the first obstacle element comprising or being a first set of teeth .
- A compressor or vacuum pump device with a liquid-injected compressor or vacuum pump element , which compressor or vacuum pump device further comprises a liquid return system , a motor to drive the liquid-injected compressor or vacuum pump element , a gearbox provided between the motor and the liquid-injected compressor or vacuum pump element , and a liquid separator vessel in fluid connection with an outlet of the liquid-injected compressor or vacuum pump element , wherein the liquid return system comprises a main body with a chamber provided with an outlet and a first inlet , wherein the first inlet is in fluid connection with the liquid separator vessel and receives a first compressed gas flow from the liquid separator vessel , and wherein the outlet is in fluid connection with an injection point of the liquid-injected compressor or vacuum pump element , characterized in that the chamber is also provided with a second inlet which is in fluid connection with the gearbox and receives a second fluid flow from the gearbox , wherein the chamber is configured to mix the aforementioned first compressed gas flow and a second fluid flow together into a third fluid flow , which third fluid flow leaves the chamber via the outlet and is directed via the injection point into the liquid-injected compressor or vacuum pump element . which compressor or vacuum pump device further comprises a liquid return system , a motor to drive the liquid-injected compressor or vacuum pump element , a gearbox provided between the motor and the liquid-injected compressor or vacuum pump element , and a liquid separator vessel in fluid connection with an outlet of the liquid-injected compressor or vacuum pump element , wherein the liquid return system comprises a main body with a chamber provided with an outlet and a first inlet , wherein the first inlet is in fluid connection with the liquid separator vessel and receives a first compressed gas flow from the liquid separator vessel , and wherein the outlet is in fluid connection with an injection point of the liquid-injected compressor or vacuum pump element , characterized in that the chamber is also provided with a second inlet which is in fluid connection with the gearbox and receives a second fluid flow from the gearbox , wherein the chamber is configured to mix the aforementioned first compressed gas flow and a second fluid flow together into a third fluid flow , which third fluid flow leaves the chamber via the outlet and is directed via the injection point into the liquid-injected compressor or vacuum pump element .
A loading device , in particular a changing device, for loading a bending press with bending tools and/or for changing one or multiple bending tools inserted in a bending press , comprising a tool storage with at least two, preferably a plurality of guide rails for holding and guiding bending tools and at least one first transfer device for displacing the bending tools along a guide rail , characterized by an intermediate store with at least one guide rail for holding and guiding bending tools , wherein the tool storage and the intermediate store can be moved relative to one another and wherein at least one guide rail of the intermediate store can be in aligning orientation with another guide rail of the tool storage in different relative positions of the tool storage and the intermediate storage , further characterized in that , to realize a relative movement between the tool storage and the intermediate store , the intermediate store , preferably also the tool storage , is/are configured so as to be movable, and/or that the guide rails of the tool storage and/or guide rails of the intermediate store run in parallel. that , to realize a relative movement between the tool storage and the intermediate store , the intermediate store , preferably also the tool storage , is/are configured so as to be movable, and/or that the guide rails of the tool storage and/or guide rails of the intermediate store run in parallel.
An image reading device comprising: a reader configured to read a sheet (S); a transparent member disposed between the reader and the sheet (S) facing the reader ; an opposing member disposed facing the reader via the transparent member ; a first conveyance rotator disposed upstream from the reader in a conveyance direction of the sheet (S); a second conveyance rotator disposed downstream from the reader in the conveyance direction; characterised by a controller configured to: cause the first conveyance rotator and the second conveyance rotator to convey a cleaning sheet at respective conveying speeds different from each other; and thereby bring the cleaning sheet into contact with either the transparent member , or the opposing member . a reader configured to read a sheet (S); a transparent member disposed between the reader and the sheet (S) facing the reader ; an opposing member disposed facing the reader via the transparent member ; a first conveyance rotator disposed upstream from the reader in a conveyance direction of the sheet (S); a second conveyance rotator disposed downstream from the reader in the conveyance direction; characterised by a controller configured to: cause the first conveyance rotator and the second conveyance rotator to convey a cleaning sheet at respective conveying speeds different from each other; and thereby bring the cleaning sheet into contact with either the transparent member , or the opposing member . cause the first conveyance rotator and the second conveyance rotator to convey a cleaning sheet at respective conveying speeds different from each other; and thereby bring the cleaning sheet into contact with either the transparent member , or the opposing member .