mhurhangee/patent-ind-claim-en huggingface dataset:
A redox-flow battery comprising: a) a positive compartment comprising a positive electrode and a catholyte, wherein said catholyte is an alkaline ferrocyanide solution; b) a catholyte reservoir container connected in fluid communication with the positive compartment through at least one conduct and said container comprising: - catholyte and - a solid electroactive material , wherein said solid electroactive material is confined within the container; wherein the solid electroactive material is a metal hydroxide selected from Ni(OH) 2 , Co(OH) 2 , Mn(OH) 2 or Ni x Mn y Co z (OH) 2 , wherein x, y and z varies between 0 and 1; c) a negative compartment comprising a negative electrode and an anolyte, wherein said anolyte is an alkaline solution; d) an anolyte reservoir container connected in fluid communication with the negative compartment through at least one conduct and said container comprising anolyte; and e) a power/load source . a) a positive compartment comprising a positive electrode and a catholyte, wherein said catholyte is an alkaline ferrocyanide solution; b) a catholyte reservoir container connected in fluid communication with the positive compartment through at least one conduct and said container comprising: - catholyte and - a solid electroactive material , wherein said solid electroactive material is confined within the container; wherein the solid electroactive material is a metal hydroxide selected from Ni(OH) 2 , Co(OH) 2 , Mn(OH) 2 or Ni x Mn y Co z (OH) 2 , wherein x, y and z varies between 0 and 1; - catholyte and - a solid electroactive material , c) a negative compartment comprising a negative electrode and an anolyte, wherein said anolyte is an alkaline solution; d) an anolyte reservoir container connected in fluid communication with the negative compartment through at least one conduct and said container comprising anolyte; and e) a power/load source .
A chewing gum base comprising polyvinyl acetate and 5 to 50% by weight of the gum base of at least one miscible plasticizer selected from the group consisting of hydroxyl carboxylic acid esters from aliphatic alcohols with chain length of C 2 -C 12 , and hydroxyl mono- or di- or tri- carboxylic acids with chain length of C 2 -C 8 , and/or sorbitan esters of fatty acid with chain length of C 10 -C 16 , and/or poly(lactic acid) oligomers (mw<2000), and/or propylene glycol esters of fatty acid with chain length of C 8 -C 12 and/or propylene glycol esters of benzonic acid, and combinations thereof, or aliphatic dicarboxylic acid esters from aliphatic alcohols with a chain length of C 2 -C 12 and dicarboxylic acids with a chain length of C 2 -C 8 , wherein the chewing gum base is rubber free.
Rheostatic braking method, applied in a BLDC motor used in hermeticos compressors, comprises: selecting a first phase and a second phase, connected to the BLDC motor , which will be short-circuited, at a certain electric position of the BLDC motor , characterised in that the first phase and the second phase selected are the phases having the major induced voltage and the minor induced voltage at a certain electric position of the BLDC motor ; maintaining a third open phase to monitor the electric position of the BLDC motor by means of monitoring the induced voltage at this third open phase; and separating the rheostatic braking in six electric positions, each electric position being associated to two electric sections: a first section before zero crossing of the induced voltage of the third open phase; and a second section after the zero crossing. selecting a first phase and a second phase, connected to the BLDC motor , which will be short-circuited, at a certain electric position of the BLDC motor , characterised in that the first phase and the second phase selected are the phases having the major induced voltage and the minor induced voltage at a certain electric position of the BLDC motor ; maintaining a third open phase to monitor the electric position of the BLDC motor by means of monitoring the induced voltage at this third open phase; and separating the rheostatic braking in six electric positions, each electric position being associated to two electric sections: a first section before zero crossing of the induced voltage of the third open phase; and a second section after the zero crossing.
A method for producing a strip of an AlMgSi alloy of the type AA6xxx, in which a rolling ingot is cast from an AlMgSi alloy of the type AA6xxx, the rolling ingot is subjected to homogenization, the rolling ingot, which has been brought to hot rolling temperature, is hot rolled and then optionally cold rolled to its final thickness, characterized in that immediately at the exit from the last hot rolling pass, the hot strip has a temperature of at most 130 °C, preferably a temperature of at most 100 °C, and the hot strip is coiled at this or at a lower temperature.
A method for coating an optoelectronic chip-on-board module (1, 11 - 11'''), which comprises a two-dimensional support , which is equipped with one or a plurality of optoelectronic components , comprising a transparent, UV- and temperature-resistant coating of a silicon, characterised by the following method steps: a) pouring the liquid silicone into a mould , which is open to the top and which has external dimensions, which correspond to the external dimensions of the support or exceed them, b) inserting the support into the mould , wherein the optoelectronic component or the optoelectronic components are immersed completely into the silicon , and a surface of the support touches the silicon holohedrally, or the support is immersed at least partially holohedrally into the silicon , c) curing and cross-linking the silicon with the optoelectronic components and the support , and d) removing the support comprising the coating of the cured silicon from the mould ; characterised in that the method steps a) and/or b) and/or c) are performed under an increased atmospheric pressure, in particular at an atmospheric pressure of between 4 and 10 bar, in particular between 5 and 7 bar. a) pouring the liquid silicone into a mould , which is open to the top and which has external dimensions, which correspond to the external dimensions of the support or exceed them, b) inserting the support into the mould , wherein the optoelectronic component or the optoelectronic components are immersed completely into the silicon , and a surface of the support touches the silicon holohedrally, or the support is immersed at least partially holohedrally into the silicon , c) curing and cross-linking the silicon with the optoelectronic components and the support , and d) removing the support comprising the coating of the cured silicon from the mould ;
Drill bit , which is rotatable around an axis of rotation , having: ▪ a first drill bit portion, configured as a cutting portion , with a ring portion , which is connected to one or several cutting elements at one end and has a first connection device at another end, and ▪ a second drill bit portion, configured as a drill shaft portion , with a cylindrical drill shaft , which has a second connection device at an end facing towards the cutting portion , in which in the connected state the first and second connection device form a detachable connection between the cutting portion and the drill shaft portion and by means of the first and second connection device there is power transmission and torque transmission from the drill shaft portion to the cutting portion , in which the cutting portion has a third connection device that is different from the first connection device , the drill shaft portion has a fourth connection device that is different from the second connection device , in the connected state the third and fourth connection device form a form locking connection between the cutting portion and the drill shaft portion in an axial direction parallel to the axis of rotation and the third and fourth connection device have a projection and a groove , in which the projection may be moved into the groove , in which the first and second drill bit portion comprise an inner plug element and an outer plug element , in the connected state the inner and outer plug element form a plug connection and the outer plug element is provided on the cutting portion and the inner plug element on the drill shaft portion , in which the first and second connection device have at least one pin element and at least one slit-shaped recess , in which the pin element may be moved into the slit-shaped recess , characterised in that the at least one pin element is arranged on an outside of the inner plug element , the outer plug element has at least one slit-shaped recess , the at least one slit-shaped recess completely penetrates the outer plug element in a radial direction perpendicular to the axis of rotation , in the connected state a face of the inner plug element lies on a stop shoulder of the outer plug element , in which the stop shoulder is arranged at the transition between the ring portion and the outer plug element , and the projection is arranged on the outside of the inner plug element and the outer plug element has the groove . ▪ a first drill bit portion, configured as a cutting portion , with a ring portion , which is connected to one or several cutting elements at one end and has a first connection device at another end, and ▪ a second drill bit portion, configured as a drill shaft portion , with a cylindrical drill shaft , which has a second connection device at an end facing towards the cutting portion ,
An intracardiac ventricular pacemaker, comprising: a pulse generator configured to generate and deliver pacing pulses to a ventricle of a patient's heart via electrodes coupled to the pacemaker; a motion sensor configured to produce a motion signal; a control circuit coupled to the motion sensor and the pulse generator; and a housing wholly implantable within a ventricular chamber of the patient's heart and enclosing the pulse generator, the motion sensor and the control circuit; the control circuit being configured to: identify a ventricular systolic event; detect a ventricular passive filling event signal from the motion signal; determine a time interval from the ventricular systolic event to the ventricular passive filling event; establish a minimum pacing interval based on the time interval; determine a sensor indicated pacing rate interval; determine that the sensor indicated pacing rate interval is less than the minimum pacing interval; and control the pulse generator to deliver, during a non-atrial tracking ventricular pacing mode, a ventricular pacing pulse at the minimum pacing interval in response to determining that the sensor indicated pacing rate interval is less than the minimum pacing interval. a pulse generator configured to generate and deliver pacing pulses to a ventricle of a patient's heart via electrodes coupled to the pacemaker; a motion sensor configured to produce a motion signal; a control circuit coupled to the motion sensor and the pulse generator; and a housing wholly implantable within a ventricular chamber of the patient's heart and enclosing the pulse generator, the motion sensor and the control circuit; the control circuit being configured to: identify a ventricular systolic event; detect a ventricular passive filling event signal from the motion signal; determine a time interval from the ventricular systolic event to the ventricular passive filling event; establish a minimum pacing interval based on the time interval; determine a sensor indicated pacing rate interval; determine that the sensor indicated pacing rate interval is less than the minimum pacing interval; and control the pulse generator to deliver, during a non-atrial tracking ventricular pacing mode, a ventricular pacing pulse at the minimum pacing interval in response to determining that the sensor indicated pacing rate interval is less than the minimum pacing interval. identify a ventricular systolic event; detect a ventricular passive filling event signal from the motion signal; determine a time interval from the ventricular systolic event to the ventricular passive filling event; establish a minimum pacing interval based on the time interval; determine a sensor indicated pacing rate interval; determine that the sensor indicated pacing rate interval is less than the minimum pacing interval; and control the pulse generator to deliver, during a non-atrial tracking ventricular pacing mode, a ventricular pacing pulse at the minimum pacing interval in response to determining that the sensor indicated pacing rate interval is less than the minimum pacing interval.
Furniture system, in particular furniture system for a kitchen, comprising: a wall panel and a securing element for the wall panel , wherein the securing element has a seat for the wall panel and a fixing device for fixing to a wall , the securing element has on the side remote from the fixing device a portion which protrudes from the plane of the wall panel and which has an element perpendicular to the plane of the wall panel and an element parallel to the plane of the wall panel , wherein a gap is provided between the parallel element and the wall panel , and the securing element further has a second element parallel to the wall panel which protrudes further from the wall panel than the first parallel element, characterised in that a groove or a gap between the first parallel element and the second parallel element serves as a rail part for a horizontally displaceable application, so that a further plane for displaceable applications is provided. a wall panel and a securing element for the wall panel , wherein the securing element has a seat for the wall panel and a fixing device for fixing to a wall , the securing element has on the side remote from the fixing device a portion which protrudes from the plane of the wall panel and which has an element perpendicular to the plane of the wall panel and an element parallel to the plane of the wall panel , wherein a gap is provided between the parallel element and the wall panel , and the securing element further has a second element parallel to the wall panel which protrudes further from the wall panel than the first parallel element, characterised in that a groove or a gap between the first parallel element and the second parallel element serves as a rail part for a horizontally displaceable application, so that a further plane for displaceable applications is provided.
A cerebral spinal fluid shunt plug , comprising: a shunt plug housing including an upper surface , a lower surface , continuous side walls extending between the upper surface and the lower surface , as well as about the periphery of the shunt plug housing, a shunt valve recess being formed in the upper surface of the shunt plug housing and either an intracranial monitoring recess with an access hole or a window recess with a central access hole being formed in the upper surface of the shunt plug housing , the shunt plug housing further including passageways allowing the shunt valve recess to communicate with an exterior of the shunt plug housing, the access holes or passageways being shaped and dimensioned to allow for connection of a ventricular catheter and a peritoneal catheter with the shunt valve housed within the recess of the shunt plug housing , the housing being shaped and dimensioned for positioning within a physician formed cranial hole in a manner allowing the upper surface of the housing to be substantially flush with an outer surface of a skull and a projection along the lower surface being positioned within the cranial hole; and a window or an intracranial monitoring device shaped and dimensioned for respectively positioning within either the window recess or the intracranial monitoring recess of the shunt plug housing . a shunt plug housing including an upper surface , a lower surface , continuous side walls extending between the upper surface and the lower surface , as well as about the periphery of the shunt plug housing, a shunt valve recess being formed in the upper surface of the shunt plug housing and either an intracranial monitoring recess with an access hole or a window recess with a central access hole being formed in the upper surface of the shunt plug housing , the shunt plug housing further including passageways allowing the shunt valve recess to communicate with an exterior of the shunt plug housing, the access holes or passageways being shaped and dimensioned to allow for connection of a ventricular catheter and a peritoneal catheter with the shunt valve housed within the recess of the shunt plug housing , the housing being shaped and dimensioned for positioning within a physician formed cranial hole in a manner allowing the upper surface of the housing to be substantially flush with an outer surface of a skull and a projection along the lower surface being positioned within the cranial hole; and a window or an intracranial monitoring device shaped and dimensioned for respectively positioning within either the window recess or the intracranial monitoring recess of the shunt plug housing .
A vertical moving and swing type blender comprising: a base member ; a hollow turning member configured such that a lower portion thereof is pivotally hinged to an upper portion of the base member ; a main body disposed to be vertically movable in the turning member ; a container member detachably coupled to an upper portion of the main body and configured to receive food therein, with a blade provided therein; a vertical elastic member elastically supporting the main body to allow the main body to be vertically movable in the turning member ; and a horizontal elastic member configured such that a first end thereof is coupled to the base member and a second end thereof is coupled to the turning member so as to support the turning member horizontally and elastically, wherein the main body is vertically moved independently with respect to the turning member and is turned in right and left directions along with the turning member , the vertical elastic member is constituted by a coil spring and is disposed in the turning member , the vertical elastic member configured such that a lower end thereof is in contact with a lower surface of the turning member and an upper end thereof is in contact with the main body , thereby supporting the main body vertically and elastically, and when the turning member and the main body are leaned to a right or left direction by an external force, the horizontal elastic member restores the turning member and the main body to original positions thereof. a base member ; a hollow turning member configured such that a lower portion thereof is pivotally hinged to an upper portion of the base member ; a main body disposed to be vertically movable in the turning member ; a container member detachably coupled to an upper portion of the main body and configured to receive food therein, with a blade provided therein; a vertical elastic member elastically supporting the main body to allow the main body to be vertically movable in the turning member ; and a horizontal elastic member configured such that a first end thereof is coupled to the base member and a second end thereof is coupled to the turning member so as to support the turning member horizontally and elastically, wherein the main body is vertically moved independently with respect to the turning member and is turned in right and left directions along with the turning member , the vertical elastic member is constituted by a coil spring and is disposed in the turning member , the vertical elastic member configured such that a lower end thereof is in contact with a lower surface of the turning member and an upper end thereof is in contact with the main body , thereby supporting the main body vertically and elastically, and when the turning member and the main body are leaned to a right or left direction by an external force, the horizontal elastic member restores the turning member and the main body to original positions thereof.
A phase-shift keying, PSK, structure to phase-modulate a non-modulated carrier optical signal , the phase-shift keying structure comprising: a static ring resonator to demultiplex the non-modulated carrier optical signal to provide an input optical signal at a predetermined wavelength λ k ; a coupler to distribute the input optical signal to respective inputs of first and second dynamic ring resonators arranged in parallel with respect to one another, each of the dynamic ring resonators comprising first and second outputs (111a, 111b; 113a, 113b); static phase shifters (115a-d) arranged on respective first and second outputs (111a, 111b; 113a, 113b) of each of the first and second dynamic ring resonators to shift the phase of respective signals output at the first and second outputs (111a, 111b; 113a, 113b) of each of the first and second dynamic ring resonators and output respective phase shifted outputs; and a multiplexer to receive the phase shifted outputs from each of the static phase shifters (115a-d) and multiplex the phase shifted outputs to generate a modulated output signal . a static ring resonator to demultiplex the non-modulated carrier optical signal to provide an input optical signal at a predetermined wavelength λ k ; a coupler to distribute the input optical signal to respective inputs of first and second dynamic ring resonators arranged in parallel with respect to one another, each of the dynamic ring resonators comprising first and second outputs (111a, 111b; 113a, 113b); static phase shifters (115a-d) arranged on respective first and second outputs (111a, 111b; 113a, 113b) of each of the first and second dynamic ring resonators to shift the phase of respective signals output at the first and second outputs (111a, 111b; 113a, 113b) of each of the first and second dynamic ring resonators and output respective phase shifted outputs; and a multiplexer to receive the phase shifted outputs from each of the static phase shifters (115a-d) and multiplex the phase shifted outputs to generate a modulated output signal .
A method comprising: storing a plurality of data blocks at a home node of a plurality of nodes; receiving a request at the home node from a first node , the request being a request for access to a given data block of the plurality of data blocks; maintaining a count of a number of read requests at the home node for the given data block; in response to receiving the request from the first node and to determining that both the given data block is currently stored at a second node and the count has exceeded a threshold, the home node : requesting a copy of the given data block from the second node ; storing the copy of the given data block at the home node responsive to receiving the given data block from the second node ; and forwarding the copy of the given data block from the home node to the first node . storing a plurality of data blocks at a home node of a plurality of nodes; receiving a request at the home node from a first node , the request being a request for access to a given data block of the plurality of data blocks; maintaining a count of a number of read requests at the home node for the given data block; in response to receiving the request from the first node and to determining that both the given data block is currently stored at a second node and the count has exceeded a threshold, the home node : requesting a copy of the given data block from the second node ; storing the copy of the given data block at the home node responsive to receiving the given data block from the second node ; and forwarding the copy of the given data block from the home node to the first node . requesting a copy of the given data block from the second node ; storing the copy of the given data block at the home node responsive to receiving the given data block from the second node ; and forwarding the copy of the given data block from the home node to the first node .